TurboQuad® Cable, IEEE 1394 Cable, IEEE 1284 Cable, PCMCIA Cable ...... 4-13 Telecommunication Cables Twisted Pair Cable, Type 734, Type 735, Antenna Mast, CDMA ...... 14-18 Serial Communication Cables RS-232, RS-422, RS-423, ITU-T V.35/X.21, RS-485 ...... 19-23 Video Cables VESA, Composite Video Cables, Multi-Coaxial Cable ...... 24-34 Industrial Cables ...... 35-37 Coaxial Cables Coaxial Cable, Ethernet Cable, Twinaxial Cable ...... 38-39 Premise Cables UTP Cable, Patch Cable, Multi-Conductor Network Cable ...... 40-42 High Flexibility Cables Double Shielded, Braid Shielded, Unshielded Multi-Pair Cables ...... 43-44 Standard Flat Ribbon Cables .025 IDC Ribbon Cable, 1mm IDC Ribbon Cable, .050 IDC Ribbon Cable, TPE Insulated Cable, .100 PVC, .156 PVC ...... 45-53 Technical Information ...... 54-69 Glossary of Terms ...... 70-73 Part Number Index ...... 74-76

MADISON CABLE 125 Goddard Memorial Drive Worcester, MA 01603 Tel: 508-752-7320 508-752-2884 Toll Free: 1-877-MADISON (623-4766) Fax: 508-752-4230

3 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

SCSI Cable

Madison High Performance SCSI cables are designed to meet or exceed the stringent requirements set by the ANSI committees for SCSI, IPI and HIPPI standards. FAST 20 (Ultra SCSI) s n Meets the requirements of ANSI X3.277:1996 Standard. e o l i s b s a i Product Specifications C m e s Time Delay: c Primary Insulation: L 1.45 ns/ft n L Foam n a a r Polyolefin nominal T m r Time Delay Skew: a Buffer: Foam Polypropylene L 0.035 ns/ft

t L o f a r Tape maximum D e r P Inner Shield: UL Listing: Type CL2 or o L Aluminum L h F g Polyester Tape, 25% AWM Style 20276 i H Overlap L CSA Certification: L Outer Shield: Tin Copper Type CMH, AWM I A FT4, Braid, 85% Coverage AWM II A FT1, AWM II A/B FT4 L Jacket: Black PVC (as applicable)

Number AWG Overall Cable Impedance (Ohms) Capacitance (pf/ft) Part Spec of Pairs Size Diameter Differential Single Ended Mutual Single Ended Number Number Full Size 34 28 (STC) 0.445 [11.30] 130 90 13.0 20 68KDK00036 13381 .8mm 25 30 (7/38 TC) 0.360 [9.14] 132 90 12.5 20 50KBK00012 14248 34 30 (7/38TC) 0.380 [9.65] 132 90 12.5 20 68KBK00004 11591 25 30 (STC) 0.315 [8.00] 135 90 13.0 20 50KBK00013 14250 34 30 (STC) 0.365 [9.27] 135 90 13.0 20 68KBK00037 14249 34 31 (7/39 TC) 0.365 [9.27] 135 90 13.0 20 68K3K00001 12035 25 32 (7/40 TC) 0.320 [8.13] 138 90 12.0 19 50KAK00002 11147 34 32 (7/40 TC) 0.360 [9.14] 138 90 12.0 19 68KAK00001 11148

FAST 40 (Ultra 2 SCSI/LVD) Meets the requirements of ANSI X3.302:1999 Standard. Product Specifications L Primary Insulation: Polyolefin L Time Delay Skew: 0.030 ns/ft maximum L Buffer: Foam Polypropylene Tape L Jacket: Black PVC L Inner Shield: Aluminum L UL Listing: Type CL2, or Polyester Tape, 25% Overlap AWM Style 20276 L Outer Shield: Tin Copper L CSA Certification: Braid, 85% Coverage Type CMG, AWM II A FT1 (as applicable) L Time Delay: 1.55 ns/ft nominal

Number AWG Overall Cable Impedance (Ohms) Capacitance (pf/ft) Part Spec of Pairs Size Diameter Differential Mutual Number Number 34 30 (7/38 TC) 0.370 [9.40] 124 11.0 68KBK00025 13162 34 28 (STC) 0.440 [11.18] 124 13.0 68SDK00029 13382 34 28 (7/36 TC) 0.480 [12.19] 123 12.7 68SDK00043 13159

4 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

SCSI Cable (Continued)

SCSI 2 Cable Product Specifications H Conductor: 28 AWG 7/36 Tin Capacitance: Mutual F L L o i g r

Copper 16 pf/ft Maximum h D P Primary Insulation: Single Ended 25 pf/ft a t L Polyolefin e a Maximum r f T L Buffer: Foam Polypropylene o r r

Time Delay: a L 1.58 ns/ft m

Tape n a Maximum s n Inner Shield: Aluminum m L c i

Time Delay Skew: e Polyester Tape, 25% Overlap L s s C

0.040 ns/ft Maximum i a Outer Shield: o

Tin Copper b L n

UL Listing: l Braid, 85% Coverage L Type CL2 e s L Jacket: PVC L CSA Certification: AWM II A/B FT4 L Impedance: Differential 123 +/- 9 Ohms Single Ended 79 +/- 7 Ohms

Number of Jacket Overall Cable Part Spec Pairs Color Diameter Number Number 25 Black 0.425 [10.80] 50SDK00127 14244 25 Gray 0.425 [10.80] 50SDK00128 14244 25 Beige 0.425 [10.80] 50SDK00129 14244 34 Black 0.490 [12.45] 68SDK00054 14244 34 Gray 0.490 [12.45] 68SDK00055 14244 34 Beige 0.490 [12.45] 68SDK00056 14244

Flexible SCSI 2 Cable Product Specifications L Conductor: 28 AWG 7/36 Tin L Impedance: Differential Copper 123 +/- 9 Ohms L Primary Insulation: Polyolefin Single Ended 79 +/- 7 Ohms L Buffer: Foam Polypropylene Capacitance: Tape L Mutual 16 pf/ft Maximum Inner Shield: L Aluminum Single Ended 25 pf/ft Polyester Tape, 25% Maximum Overlap Time Delay: 1.58 ns/ft Outer Shield: L L Tin Copper Maximum Braid, 85% Coverage Time Delay Skew: Jacket: L L Flexible PVC 0.040 ns/ft Maximum (Provides for a 25% smaller minimum bend L UL Listing: Type CL2 radius) L CSA Certification: AWM II A/B FT1

Number of Jacket Overall Cable Part Spec Pairs Color Diameter Number Number 25 Black 0.425 [10.79] 50SDK00130 14242 25 Gray 0.425 [10.79] 50SDK00131 14242 25 Beige 0.425 [10.79] 50SDK00132 14242 34 Black 0.490 [12.45] 68SDK00057 14242 34 Gray 0.490 [12.45] 68SDK00058 14242 34 Beige 0.490 [12.45] 68SDK00059 14242

5 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

SCSI Cable (Continued)

SCSI 3 Cable Product Specifications Conductor: Capacitance: s n L 28 AWG 7/36 Tin L Mutual e o l i Copper 12.5 pf/ft Maximum s b s a i Primary Insulation: Single Ended 20 pf/ft C L Foam m Maximum e s Polyolefin c n n a L Time Delay: 1.50 ns/ft a r L Buffer: Foam Polypropylene T

m Maximum

r Tape a t o f Time Delay Skew: a r L Inner Shield: Aluminum L D e 0.040 ns/ft Maximum r P Polyester Tape, 25% Overlap o h

F UL Listing: g Outer Shield: Tin Copper L Type CL2 i L

H Braid, 85% Coverage L CSA Certification: L Jacket: PVC AWM II A/B FT4 L Impedance: Differential 132 +/- 10 Ohms Single Ended 85 +/- 8 Ohms

Number of Jacket Overall Cable Part Spec Pairs Color Diameter Number Number 25 Black 0.435 [11.05] 50KDK00036 14245 25 Gray 0.435 [11.05] 50KDK00037 14245 25 Beige 0.435 [11.05] 50KDK00038 14245 34 Black 0.490 [12.45] 68KDK00043 14245 34 Gray 0.490 [12.45] 68KDK00044 14245 34 Beige 0.490 [12.45] 68KDK00045 14245

Flexible SCSI 3 Cable

Product Specifications L Conductor: 28 AWG 7/36 Tin L Impedance: Differential Copper 132 +/- 10 Ohms L Primary Insulation: Foam Single Ended Polyolefin 85 +/- 8 Ohms Capacitance: L Buffer: Foam Polypropylene L Mutual Tape 12.5 pf/ft Maximum Single Ended 20 pf/ft Inner Shield: L Aluminum Maximum Polyester Tape, 25% Overlap L Time Delay: 1.50 ns/ft Outer Shield: L Tin Copper Maximum Braid, 85% Coverage L Time Delay Skew: Jacket: L Flexible PVC 0.040 ns/ft Maximum (Provides for a 25% smaller UL Listing: minimum bend radius) L Type CL2 L CSA Certification: AWM II A/B FT1

Number of Jacket Overall Cable Part Spec Pairs Color Diameter Number Number 25 Black 0.425 [10.79] 50KDK00033 14243 25 Gray 0.425 [10.79] 50KDK00034 14243 25 Beige 0.425 [10.79] 50KDK00035 14243 34 Black 0.490 [12.45] 68KDK00040 14243 34 Gray 0.490 [12.45] 68KDK00041 14243 34 Beige 0.490 [12.45] 68KDK00042 14243

6 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

SCSI Cable (Continued)

Miscellaneous SCSI Cable Product Specifications H Jacket Color: Black F L o i g r h L UL Listing: Type CL2, Type D P a t CL2P, AWM Style 20276 e a r f

(as applicable) T o r r a CSA Certification: m

L n a s n AWM II A FT1, m c i e

AWM II A/B FT4, s s C

AWM II A/B FT6 i a o b (as applicable) n Non-Halogen SCSI Cables & Plenum SCSI Cables l e

Mixed AWG Constructions s

Number AWG Overall Cable Impedance (Ohms) Capacitance (pf/ft) Part Spec of Pairs Size Diameter Differential Single Ended Mutual Single Ended Number Number Mixed AWG Constructions 24 Pr 30 (7/38 TC) 25 0.370 [ 9.40] 138 90 12.0 19.0 50KZS00001 11088 1 Pr 28 (7/36 TC) 32 Pr 30 (7/38 TC) 34 0.400 [10.16] 132 90 12.5 20.0 68ZZS00002 13878 2 Pr 28 (7/36 TC) Non-Halogen SCSI Cables 25 28 (7/36 TC) 0.425 [10.79] 123 79 16.0 25.0 50SDK00144 100-6530 25 28 (7/36 TC) 0.420 [10.67] 132 85 12.5 20.0 50KDK00039 14259 34 28 (7/36 TC) 0.490 [12.45] 123 79 16.0 25.0 68SDK00078 100-6529 34 28 (7/36 TC) 0.490 [12.45] 132 85 12.5 20.0 68KDK00046 14260 Plenum SCSI Cables 25 28 (7/36 TC) 0.380 [ 9.65] 123 77 12.0 19.0 502DK00004 12947 34 28 (7/36 TC) 0.430 [10.92] 123 77 12.0 19.0 682DK00005 12948

.025 [0.64] Centerline IDC Ribbon Cable, TPE Insulation

Product Specifications B Edge L Voltage Rating: 150 Volts A Mark for orientation L Impedance: G-S-G 90 Ohms ± 6 Ohms 0.025 [0.635] Capacitance: ±.002 L G-S-G Single Ended 20 pf/ft Maximum @100KHz and 1MHz L Velocity of Propagation: .0125 .006 [0.152] Minimum 71% nominal TPE Insulation [0.318] Insulation Thickness Near End Crosstalk: .025 TYP L [0.635] 3% Maximum, Tested on a 12 meter sample L Time Delay: 1.50 ns/ft Part Numbers Maximum Number of Dimensions Length Per Reel Spec AMP Spec L Time Delay Skew: 0.025 ns/ft Conductors A B 300 ft. [91.4 m] Number (Ref.) Maximum 31 AWG 7/39 Tin Plated Copper 68 1.675 [42.55] 1.700 [43.18] 68E3Y00001 15400 1-219253-1 L UL Recognized: AWM Style 30 AWG Solid Bare Copper 20297 68 1.675 [42.55] 1.700 [43.18] 68EBY00005 15398 0-1219248-1 L CSA Certification: AWM I A FT1

7 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

HIPPI/IPI Cable

Multipair Shielded Parallel Data Cable Product Specifications Conductor: Outer Shield: Capacitance: Mutual s 28 AWG 7/36 Tin Tin Copper L n L L e o l i Copper Braid, 85% Coverage 16 pf/ft Maximum s b s a Single Ended 25 pf/ft i Primary Insulation: Jacket: PVC C L Polyolefin L

m Maximum e s Buffer: c L Foam Polypropylene Impedance: n L Differential

n Time Delay:

a L 1.60 ns/ft a r Tape 105 +/- 7 Ohms

T Maximum m r Inner Shield: a L Aluminum Single Ended t o Time Delay Skew: f

a L r Polyester Tape, 25% Overlap 68 +/- 6 Ohms D e 0.040 ns/ft Maximum r P o h UL Listing: F L Type CL2 g i

H L CSA Certification: AWM II A/B FT4

Number of Jacket Overall Cable Part Spec Pairs Color Diameter Number Number 10 Black 0.270 [6.86] 20SDK00015 14240 10 Gray 0.270 [6.86] 20SDK00016 14240 10 Beige 0.270 [6.86] 20SDK00017 14240 13 Black 0.280 [7.11] 26SDK00040 14240 13 Gray 0.280 [7.11] 26SDK00041 14240 13 Beige 0.280 [7.11] 26SDK00042 14240 20 Black 0.345 [8.76] 40SDK00016 14240 20 Gray 0.345 [8.76] 40SDK00017 14240 20 Beige 0.345 [8.76] 40SDK00018 14240 25 Black 0.370 [9.40] 50SDK00124 14240 25 Gray 0.370 [9.40] 50SDK00125 14240 25 Beige 0.370 [9.40] 50SDK00126 14240 34 Black 0.415 [10.54] 68SDK00051 14240 34 Gray 0.415 [10.54] 68SDK00052 14240 34 Beige 0.415 [10.54] 68SDK00053 14240 40 Black 0.455 [11.56] 80SDK00017 14240 40 Gray 0.455 [11.56] 80SDK00018 14240 40 Beige 0.455 [11.56] 80SDK00019 14240 50 Black 0.470 [11.94] DOSDK00001 11292 50 Gray 0.470 [11.94] DOSDK00008 11340 50 Beige 0.470 [11.94] DOSDK00009 10680 60 Black 0.520 [13.21] DTSDK00008 14240 60 Gray 0.520 [13.21] DTSDK00009 14240 60 Beige 0.520 [13.21] DTSDK00010 14240

Internal SCSI Cable Product Specifications L Insulation: Polyolefin L Jacket Color: Black L UL Listing: AWM Style 2833 L CSA Certification: AWM I A FT1, AWM I A FT2 (as applicable)

Number AWG Overall Cable Impedance (Ohms) Capacitance (pf/ft) Part Spec of Pairs Size Diameter Differential Single Ended Mutual Single Ended Number Number 25 30 (7/38 TC) 0.290 [7.37] 130 88 12.0 17.5 50QBI00003 4266 25 30 (7/38 TC) 0.270 [6.86] 130 88 14.0 20.0 50KBI00001 4549 34 30 (7/38 TC) 0.305 [7.75] 130 88 14.0 20.0 68KBI00002 4637 8 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

HIPPI/IPI Cable (Continued)

Flexible Cable Product Specifications H L Conductor: 28 AWG 7/36 Tin L Jacket: Flexible PVC L Time Delay: 1.60 ns/ft F o i g Copper (Provides for a 25% smaller Maximum r h minimum bend radius) D P L Primary Insulation: Polyolefin L Time Delay Skew: a t e

Impedance: a L Differential 0.040 ns/ft Maximum r Buffer: Foam Polypropylene f L T 105 +/- 7 Ohms o r UL Listing: Type CL2 r

Tape L a m

Single Ended n

CSA Certification: a L Inner Shield: Aluminum L s n

68 +/- 6 Ohms m

Polyester Tape, 25% Overlap AWM II A/B FT1 c i Capacitance: e L Mutual s s Outer Shield: Tin Copper C L 16 pf/ft Maximum i a o b Braid, 85% Coverage Single Ended 25 pf/ft n l Maximum e s

Number of Jacket Overall Cable Part Spec Pairs Color Diameter Number Number 10 Black 0.270 [6.86] 20SDK00012 14241 10 Gray 0.270 [6.86] 20SDK00013 14241 10 Beige 0.270 [6.86] 20SDK00014 14241 13 Black 0.280 [7.11] 26SDK00037 14241 13 Gray 0.280 [7.11] 26SDK00038 14241 13 Beige 0.280 [7.11] 26SDK00039 14241 20 Black 0.345 [8.76] 40SDK00013 14241 20 Gray 0.345 [8.76] 40SDK00014 14241 20 Beige 0.345 [8.76] 40SDK00015 14241 25 Black 0.370 [9.40] 50SDK00121 14241 25 Gray 0.370 [9.40] 50SDK00122 14241 25 Beige 0.370 [9.40] 50SDK00123 14241 34 Black 0.415 [10.54] 68SDK00062 14241 34 Gray 0.415 [10.54] 68SDK00063 14241 34 Beige 0.415 [10.54] 68SDK00050 14241 40 Black 0.455 [11.56] 80SDK00014 14241 40 Gray 0.455 [11.56] 80SDK00015 14241 40 Beige 0.455 [11.56] 80SDK00016 14241 50 Black 0.470 [11.94] D0SDK00034 14241 50 Gray 0.470 [11.94] D0SDK00003 14241 50 Beige 0.470 [11.94] D0SDK00036 14241 60 Black 0.520 [13.21] DTSDK00005 14241 60 Gray 0.520 [13.21] DTSDK00006 14241 60 Beige 0.520 [13.21] DTSDK00007 14241

9 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

TurboTwistTM Cables

TurboTwist™ cables were developed for use in high speed parallel bus and serial backplane applications. These cables provide a high performance, application specific interconnect that allows ultra-low skew and low noise performance, while using unshielded twisted pair construction. This family can be used as a cost effective alternate to individually shielded or parallel pair constructions. The s n advantages of TurboTwist™ include smaller diameter and therefore greater interconnect density, as well as superior flexibility and sub- e o l i s b sequently smaller bend radius. s a i C m e s c Product Specifications n n a a r Superior performance when L Shield: Overall Aluminum T L m r

a compared to shielded twist- Tape and Tin Copper Braid t o f a r ed pairs: L Jacket: Flexible PVC D e r P -Improved time delay skew o h

F -Lower crosstalk g i -Smaller diameter H

Number Impedance Skew Within Skew Between Overall Cable Part Spec AWG Size of Pairs (Differential) Pairs (max) Pairs (max) Diameter Number Number 22 28 7/36 TC 100 Ohms 6 ps/ft 15.0 ps/ft 0.345 [ 8.76] 44SDK00001 14471 22 26 (SSC) 100 Ohms 6 ps/ft 15.0 ps/ft 0.390 [10.03] 44SEK00001 14469 25 30 (STC) 110 Ohms 5 ps/ft 15.0 ps/ft 0.330 [ 8.38] 50SBK00010 14457 36 28 (7/36 TC) 110 Ohms 4 ps/ft 15.0 ps/ft 0.460 [11.68] 72SDK00001 13029 50 28 (7/36 TC) 110 Ohms 4 ps/ft 12.0 ps/ft 0.590 [14.99] DOSDK00033 14153

10 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

TurboQuadTM Cable

Gigabit Ethernet Gigabit Ethernet cables are high speed, low skew copper cables capable of supporting transmission speeds as specified H in the Gigabit Ethernet standard. (IEEE 802.3 1000 Base CX) F o i g r h D P a t Fiber Channel Cable e a r f T o r TurboQuad™ cables are designed as a systems level technology which incorporates the functionality required for system information r a m transfer. The construction provides superior performance characteristics allowing for a scalable platform for future use. These cables n a s n are constructed using a solid polyolefin insulation minimizing variations in the insulation thus achieving a very stable dielectric. m c i e s s C

Product Specifications i a o b n

Application: High speed serial L Insulation: Polyolefin L UL Listing: Type CL2 l L e data transmission for storage L Shield: Overall Aluminum L CSA Certification: s sub-systems, high end Polyester Tape and Tin Type CMH processors and telecom Copper Braid (Other approvals available equipment L Jacket: Black Flexible PVC on request) L Conductor: 21 thru 30 AWG

Overall Impedance Capacitance Attenuation Insulation Part Spec Conductor Cable Differential Mutual (dB/m@531 Mhz) Diameter Number Number AWG Diameter (Ohms) (pf/ft) Nom 21 (SSC) 0.112 [2.84] 0.360 [9.14] 150 10.0 0.238 04PZC00002 13445 22 (STC) 0.097 [2.46] 0.335 [8.51] 150 10.0 0.276 04PGC00001 13276 22 (7/30 TC) 0.110 [2.79] 0.385 [9.78] 150 10.0 0.296 04PGC00002 13225 23 (SSC) 0.085 [2.16] 0.300 [7.62] 150 10.0 0.301 04PZC00001 13347 24 (7/32 TC) 0.084 [2.13] 0.300 [7.62] 150 10.0 0.324 04PFC00003 13315 26 (7/34 TC) 0.070 [1.78] 0.265 [6.73] 150 10.0 0.396 04PEC00001 13070 28 (7/36 TC) 0.051 [1.30] 0.220 [5.59] 150 10.0 0.493 04PDC00001 13165 30 (7/38 TC) 0.041 [1.04] 0.185 [4.70] 150 10.0 0.593 04PBC00001 13164

COLOR CODE COMP CONDUCTOR 1 CONDUCTOR 2 1 Natural / White Natural / Blue 2 Natural / Green Natural / Red

IEEE 1394 High Performance Serial Bus Cable

High Performance Serial Bus cables were designed to be used as an interconnection between PCs, data storage , and other peripheral devices. The High Performance Serial Bus cables are Plug-and-Play compatible and offer user-friendly technology. Product Specifications L Application: Serial data trans- L Insulation: Signal pairs - L Jacket: Flexible PVC mission between PC, data Foam Polyolefin. Power pair - L UL Listing: AWM Style 20276 storage and other peripheral Solid Polyolefin devices L Shield: Aluminum / Polyester L Conductor*: (2) Signal pairs Tape and Tin Copper Braid. 28 - 32 AWG. (1) Power pair Signal pairs are individually 22 or 24 AWG Stranded Tin shielded Copper

Conductor* Insulation Impedance Number Overall Time Delay AWG Diameter Differential / Part Spec of Cable Skew Signal / Signal / Common Mode Number Number Conductors Diameter (ps/ft) Max. Power Power (Ohms) 4 30 (7/38 TC) 0.034 [.86] 0.225 [5.72] 110 24 04KBO00001 12637 4 30 (7/38 TC) 0.029 [.74] 0.175 [4.45] 110 24 04SBK00001 13676 4 32 (7/40 TC) 0.023 [.58] 0.140 [3.56] 110 24 04SAK00001 14924 6 28 (7/36 TC)/22 (7/30 TC) 0.042/0.044 [1.07/1.12] 0.255 [6.48] 110/33 24 06ZZS00004 10932 6 30 (7/38 TC)/22 (7/30 TC) 0.034/0.044 [.86/1.12] 0.210 [5.33] 110/33 24 06ZZS00008 13361 6 30 (7/38 TC)/24 (7/32 TC) 0.034/0.036 [.86/.91] 0.210 [5.33] 110/33 24 06ZZS00009 13378 * NOTE: 4 conductor cables are used in audio visual applications that do not require bus power. 11 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

IEEE 1284

IEEE 1284 is a Bi-Directional parallel interface for host computers and peripheral devices. All 1284 cables are double shielded with aluminum polyester tapes and braid shields for EMI/RFI compliance.

s Product Specifications n e o l i Application: Shield: s b L Interconnection L Aluminum/Polyester s a i of host computers and Tape and Tin Copper Braid C m e peripheral devices s L Jacket: Flexible PVC c n n a L Conductor: 28 AWG 7/36 Tin UL Listing: a r L Type CL2, AWM

T Copper m Style 20276 r a t o f CSA Certification: a Type CMH

r L D e r P o h F g i H

Impedance (Ohms) Single Ended Overall Part Spec Number of Pairs AWG Size Single Ended Attenuation Cable Diameter Number Number 18 28 (7/36 TC) 62 0.025 dB/FT @ 5MHz 0.300 [7.62] 36SDK00006 4567 18 * 28 (7/36 TC) 62 0.025 dB/FT @ 5MHz 0.300 [7.62] 36RDK00008 11192 *Flexible version

PCMCIA

PCMCIA cables are designed for use with the Personal Computer Memory Card International Association applications. These products are miniature I/O cables compatible with all PCMCIA I/O cards and connectors.

Product Specifications L Application: Memory Cards, L UL Listing: Fax Modem Cards AWM Style 20276 L Jacket: Flexible PVC L CSA Certification: AWM II A/B FT1

Number of Impedance Overall Part Spec AWG Size Conductor Pairs (Ohms) Capacitance Cable Diameter Number Number — 1 26 (7/34 TC) 100 15 pf/ft max 0.125 [3.18] 02SEI00001 11407 — 2 28 (7/36 TC) 100 17 pf/ft max 0.132 [3.35] 04KDJ00001 4640 — 2 26 (7/34 TC) 95 17 pf/ft max 0.158 [4.01] 04KEM00001 10943 — 2 28 (7/36 TC) 100 15 pf/ft max 0.125 [3.18] 04SDI00002 10059 4 — 28 (7/36 TC) — — 0.120 [3.05] 04RDA00001 10547 6 — 26 (7/34 TC) — — 0.135 [3.43] 06BEA00002 11585 2 Pr 28 (7/36 TC) 6 — 100 15 pf/ft max 0.125 [3.18] 06SDQ00001 11545 2 Cond 28 (7/36 TC) 7 — 28 (7/36 TC) — — 0.130 [3.30] 07RDA00001 4669 9 — 28 (7/36 TC) — — 0.225 [5.72] 09RDB00008 13775 30 (7/38 TC) 15 — — 20 pf/ft max 0.130 x 0.275 [3.30 x 6.99] 15SZU00001 10826 24 (7/32 TC) 15 — 28 (7/36 TC) — — 0.155 [3.94] 15SDA00001 10234 — 7 1/2 30 (7/38 TC) — — 0.145 x 0.225 [3.68 x 5.72] 15RBR00002 10211 — 7 1/2 28 (7/36 TC) — — 0.155 x 0.250 [3.94 x 6.35] 15RDU00001 10961 17 — 30 (7/38 TC) 85 — 0.145 x 0.225 [3.68 x 5.72] 17RBQ00001 13868 21 — 30 (7/38 TC) — — 0.120 x 0.225 [3.05 x 5.72] 21RBB00001 11190 — 12 1/2 30 (7/38 TC) — — 0.145 x 0.330 [3.68 x 8.38] 25RBU00001 3369 — 15 28 (7/36 TC) 90 17 pf/ft max 0.185 x 0.435 [4.70 x 11.05] 30SDU00001 11374

12 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Universal Serial Bus Cable

Universal Serial Bus cables were developed for serial data transmission between PC’s and low speed peripheral devices. These cables are fully Plug-and-Play and integrate telephone devices with computers. H F o Product Specifications i g r h Application: Serial data trans- L Insulation: Signal pair - L Jacket: Flexible PVC D

L P a t Polyolefin. Power pair - PVC e mission between PC and low UL Listing: a

L Type CM r f T speed peripheral devices L Shield: Overall Aluminum / o

CSA Certification: r L r a Conductor: Polyester Tape and Tin m L (1) Signal pair - 28 Type CMH n a Copper Braid s n

AWG. (1) Power pair - 28 m c i

thru 20 AWG e s s Stranded Tin Copper C i a o b n l e s

Conductor Insulation Overall Impedance Capacitance Part Spec AWG Diameter Cable Differential Mutual Number Number Signal / Power Signal / Power Diameter (Ohms) (pF/ft) Max. 28 (7/36 TC)/20 (7/28 TC) 0.032/0.058 [.81/1.47] 0.200 [5.08] 90 20.0 04ZZS00001 11985 28 (7/36 TC)/22 (7/30 TC) 0.032/0.050 [.81/1.27] 0.190 [4.83] 90 20.0 04ZZS00013 12064 28 (7/36 TC)/24 (7/32 TC) 0.032/0.044 [.81/1.12] 0.185 [4.70] 90 20.0 04ZZS00014 12047 28 (7/36 TC)/26 (7/34 TC) 0.032/0.039 [.81/.99] 0.175 [4.45] 90 20.0 04ZZS00004 12200 28 (7/36 TC)/28 (7/36 TC) 0.032/0.032 [.81/.81] 0.170 [4.32] 90 20.0 04ZDS00003 12065

Shielded Data Link Cable SDL (Shielded Data Link) cables are designed for the interconnection of Point of Sale Equipment. The cables are designed for ease of IDC termination and provide complete shielding to comply with EMI/RFI requirements.

Product Specifications L Conductor: L Impedance: 50 Ohms 24 AWG 7/32 Tin Copper Nominal (gnd, sig, gnd) L Primary Insulation: PVC L Capacitance: 40 pF/ft Maximum @ 1MHz L Center Spacing: 0.050 [1.27] Time Delay: 2.0 ns/ft L Drain Wires (2): L 28 AWG 7/36 Tin Copper Maximum Cross Talk: 2 ns rise time L Shielding: L Aluminum/Polyester/ Near End: 1% max. Aluminum Tape, Far End: 4% max. 25% Overlap L UL Listing: Type CL2 Applied Longitudinally L CSA Certification: L Jacket: 0.032 [0.81] PVC AWM II A/B FT1

Number of Major Minor Jacket Part Spec Span Conductors Diameter Diameter Color Number Number 4 0.265 [6.73] 0.115 [2.92] 0.200 [5.08] Black 04WFZ00005 4159 4 0.265 [6.73] 0.115 [2.92] 0.200 [5.08] Gray 04WFZ00006 4159 6 0.365 [9.27] 0.115 [2.92] 0.300 [7.62] Black 06WFZ00003 4159 6 0.365 [9.27] 0.115 [2.92] 0.300 [7.62] Gray 06WFZ00007 4159 8 0.465 [11.81] 0.115 [2.92] 0.400 [10.16] Black 08WFZ00003 4159 8 0.465 [11.81] 0.115 [2.92] 0.400 [10.16] Gray 08WFZ00006 4159 16 0.865 [21.97] 0.115 [2.92] 0.800 [20.32] Black 16WFZ00003 4159 16 0.865 [21.97] 0.115 [2.92] 0.800 [20.32] Gray 16WFZ00006 4159

13 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change.

Electronic Cable

E1 Telecommunications Cable

Cables designed for use in E1 applications meet or exceed the performance requirements set by all of the major communications industry leaders. E1 constructions are primarily utilized for European systems. These cables can be used in Central Offices, Wireless Base Stations, and for other interconnect applications supporting Digital Communications. Twisted Pair Cable

Product Specifications L Application: Digital L Impedance: 120 Ohms Communications (2.048 nominal @ 1MHz Mbps), digital cross-connect, L Jacket: Gray PVC Central Office, Wireless Base Station s s n e l o i b t a a C c i n u m m o Number AWG Overall Part UL CSA Spec c Insulation Shielding e

l of Pairs Size Cable Diameter Number Listing Certification Number e

T 4 26 (7/34 TC) Solid Polyolefin Overall Aluminum/Polyester & Drain 0.235 [5.97] 08SEJ00003 Type CM Type CMG 14790 12 26 (7/34 TC) Solid Polyolefin Overall Aluminum/Polyester & Drain 0.330 [8.38] 24SEJ00004 Type CM Type CMG 14790 25 26 (7/34 TC) Solid Polyolefin Overall Aluminum/Polyester & Drain 0.450 [11.43] 50SEJ00001 Type CM Type CMG 14790 1 24 (7/32 TC) Foam Polyolefin Overall Aluminum/Polyester & Braid 0.235 [5.97] 02KFK00001 Type CM Type CMG 14791 2 24 (7/32 TC) Foam Polyolefin Overall Aluminum/Polyester & Braid 0.275 [6.98] 04KFK00007 Type CM Type CMG 14791 4 24 (7/32 TC) Foam Polyolefin Overall Aluminum/Polyester & Braid 0.275 [6.98] 08KFK00004 Type CM Type CMG 14791 1 24 (7/32 TC) Foam FEP Overall Aluminum/Polyester & Braid 0.190 [4.83] 027FK00001 Type CMP Type CMP 14074 2 24 (7/32 TC) Foam FEP Overall Aluminum/Polyester & Braid 0.235 [5.97] 047FK00004 Type CMP Type CMP 14074 4 24 (7/32 TC) Foam FEP Overall Aluminum/Polyester & Braid 0.245 [6.22] 087FK00003 Type CMP Type CMP 14074 2 26 (7/34 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.275 [6.99] 04SEN00001 Type CM Type CMG 14075 3 26 (7/34 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.295 [7.49] 06SEN00001 Type CM Type CMG 14075 4 26 (7/34 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.325 [8.26] 08SEN00001 Type CM Type CMG 14075 2 26 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.255 [6.48] 04SEN00002 Type CM Type CMG 14076 3 26 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.280 [7.11] 06SEN00002 Type CM Type CMG 14076 4 26 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.310 [7.87] 08SEN00002 Type CM Type CMG 14076 2 24 (7/32 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.335 [8.51] 04SFN00001 Type CM Type CMG 14077 3 24 (7/32 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.360 [9.14] 06SFN00001 Type CM Type CMG 14077 4 24 (7/32 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.420 [10.67] 08SFN00001 Type CM Type CMG 14077 2 24 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.305 [7.75] 04SFN00002 Type CM Type CMG 14078 3 24 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.340 [8.64] 06SFN00002 Type CM Type CMG 14078 4 24 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.375 [9.53] 08SFN00002 Type CM Type CMG 14078

Patch Cable Product Specifications L Application: E1 Cable with L Pair Shields: dual layer insulation for mod- Aluminum/Polyester Tapes, ular plug use facing out, with drain wires L Insulation: Inner layer of Solid and isolation tape Polyolefin and outer layer of L Impedance: 120 Ohms Foam Polyolefin (outer layer nominal @ 1MHz strips off for RJ-45) L Jacket: Gray PVC L UL Listing: Type CM CSA Certification: Number AWG Overall Part Spec L Type CMG of Pairs Size Cable Diameter Number Number 2 26 (STC) 0.170 x 0.285 [4.32 x 7.24] 04XEM00002 14079 2 26 (7/34 TC) 0.180 x 0.305 [4.57 x 7.75] 04XEM00003 14080 2 24 (STC) 0.200 x 0.340 [5.08 x 8.64] 04XFM00004 14081 2 24 (7/32 TC) 0.205 x 0.355 [5.21 x 9.02] 04XFM00005 14082

14 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

T1 Telecommunications Cable

Twisted Pair Cable Product Specifications L Application: Digital L Impedance: 100 Ohms Communications (1.544 nominal @ 772 kHz Mbps), digital cross-connect, L Jacket: Gray PVC Central Office, Wireless Base Station T C e a l b

Number AWG Overall Part UL CSA Spec e l c Insulation Shielding e

of Pairs Size Cable Diameter Number Listing Certification Number o s 4 26 (7/34 TC) Solid Polyolefin Overall Aluminum/Polyester & Drain 0.210 [5.33] 08SEJ00004 Type CM Type CMG 14086 m m

12 26 (7/34 TC) Solid Polyolefin Overall Aluminum/Polyester & Drain 0.280 [7.11] 24SEJ00005 Type CM Type CMG 14086 u n

25 26 (7/34 TC) Solid Polyolefin Overall Aluminum/Polyester & Drain 0.380 [9.65] 50SEJ00002 Type CM Type CMG 14086 i c

1 24 (7/32 TC) Foam Polyolefin Overall Aluminum/Polyester & Braid 0.200 [5.08] 02KFK00002 Type CM Type CMG 14087 a t i

2 24 (7/32 TC) Foam Polyolefin Overall Aluminum/Polyester & Braid 0.245 [6.22] 04KFK00008 Type CM Type CMG 14087 o n

4 24 (7/32 TC) Foam Polyolefin Overall Aluminum/Polyester & Braid 0.250 [6.35] 08KFK00005 Type CM Type CMG 14087 s 1 24 (7/32 TC) Foam FEP Overall Aluminum/Polyester & Braid 0.190 [4.83] 027FK00002 Type CMP Type CMP 14088 2 24 (7/32 TC) Foam FEP Overall Aluminum/Polyester & Braid 0.240 [6.10] 047FK00005 Type CMP Type CMP 14088 4 24 (7/32 TC) Solid FEP Overall Aluminum/Polyester & Braid 0.235 [5.97] 082FK00003 Type CMP Type CMP 14089 2 26 (7/34 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.225 [5.72] 04SEN00003 Type CM Type CMG 14090 3 26 (7/34 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.250 [6.35] 06SEN00003 Type CM Type CMG 14090 4 26 (7/34 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.270 [6.86] 08SEN00003 Type CM Type CMG 14090 2 26 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.220 [5.59] 04SEN00004 Type CM Type CMG 14091 3 26 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.230 [5.84] 06SEN00004 Type CM Type CMG 14091 4 26 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.255 [6.45] 08SEN00004 Type CM Type CMG 14091 2 24 (7/32 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.275 [6.99] 04SFN00003 Type CM Type CMG 14092 3 24 (7/32 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.295 [7.49] 06SFN00003 Type CM Type CMG 14092 4 24 (7/32 TC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.325 [8.26] 08SFN00003 Type CM Type CMG 14092 2 24 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.260 [6.60] 04SFN00004 Type CM Type CMG 14093 3 24 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.280 [7.11] 06SFN00004 Type CM Type CMG 14093 4 24 (STC) Solid Polyolefin Individual and overall Aluminum/Polyester 0.305 [7.75] 08SFN00004 Type CM Type CMG 14093

Patch Cable Product Specifications L Application: T1 Cable with L Pair Shields: Aluminum/ dual layer insulation for Polyester Tapes, facing out, modular plug use with drain wires and isolation L Insulation: Inner layer of tape Solid Polyolefin and outer L Impedance: 100 Ohms layer of Foam Polyolefin nominal @ 772 kHz (outer layer strips off for L Jacket: Gray PVC RJ-45) L UL Listing: Type CM CSA Certification: Number AWG Overall Part Spec L Type CMG of Pairs Size Cable Diameter Number Number 2 24 (STC) 0.165 x 0.275 [4.19 x 6.98] 04XFM00006 14094 2 24 (7/32 TC) 0.175 x 0.300 [4.45 x 7.62] 04XFM00007 14095 2 22 (STC) 0.190 x 0.330 [4.83 x 8.38] 04XGM00003 14096 2 22 (7/30 TC) 0.200 x 0.345 [5.08 x 8.76] 04XGM00004 14097

15 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

DS3 Type 734 Telecommunications Cable

Cables designed for use in 734 applications meet or exceed the performance requirements set by all of the major communications industry leaders. These cables can be used in Central Offices, and for other interconnect applications supporting Digital Communications.

Type 734 Coaxial Cable Product Specifications L Application: DS3 Interconnect L Coaxial Jacket: 0.027 Inches (44.736 Mbps) [.69] of PVC, Color- Gray L Coaxial Conductor: 20 AWG L Jacket: PVC - Gray Solid Silver Plated Copper L UL Listing: Type CMR Coaxial Insulation: L Foam L CSA Certification: Type CMG s s Polyolefin n e

l Impedance: o L i b

t Coaxial Inner Shield:

a L

a 75 Ohms Nominal C c

i Aluminum/Polyester Tape, n L Capacitance: 17.3 pF/ft

u Aluminum Side Facing Out Nominal m L Coaxial Outer Shield: Tin m Structural Return Loss: o Copper Braid, 80% L c

e 30 dB Minimum between

l Coverage Number Overall Part Spec e 15 and 95 MHz T of Coaxes Cable Diameter Number Number 1 0.235 [5.97] 01CHC00032 12023 3 0.555 [14.09] 03KHE00003 100-4144 6 0.770 [19.56] 06KHE00004 100-4145 8 0.845 [21.46] 08KHE00002 100-4146 9 0.920 [21.46] 09KHE00002 100-4147 12 1.015 [25.78] 12KHE00004 100-4148

Type 734 Patch Cable

Product Specifications L Application: DS3 Cross- L Tracer Conductor: 22 AWG Connect (44.736 Mbps) Stranded Tin Copper L Coaxial Component: L UL Listing: Type CMR L Conductor: 20 AWG Solid L CSA Certification: Type CMG Silver Plated Copper L Insulation: Foam Polyproplyene L Inner Shield: Aluminum/Polyester Tape, Aluminum Side Facing Out L Outer Shield: Tin Copper Number Overall Part Spec Braid, 80% Coverage of Coaxes/Tracer Cable Diameter Number Number 0.340 x 0.235 1/1 02ZZH00002 14160 [8.64 x 5.97] 0.625 x 0.285 2/1 03ZZH00002 14161 [15.88 x 7.24]

16 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

DS3 Type 735 Telecommunications Cable

Cables designed for use in 735 applications meet or exceed the performance requirements set by all of the major communications industry leaders. These cables can be used in Central Offices, and for other interconnect applications supporting Digital Communications.

Type 735 Coaxial Cable Product Specifications L Application: DS3 Interconnect L Coaxial Jacket: PVC - Gray (44.736 Mbps) L Binder: Polyester Tape, L Coaxial Conductor: 26 AWG 25% Overlap Solid Silver Plated Copper L Jacket: PVC - Gray L Coaxial Insulation: UL Listing: T L Type CMR C e Foam Polypropylene a l Impedance: b L e l c Coaxial Inner Shield: e

L o

75 Ohms Nominal s Aluminum/Polyester/ m

L Capacitance: m Aluminum Tape, Bonded 17.8 pF/ft Nominal u at Overlap n i

Structural Return Loss: c

L a Number Overall Cable Part Spec Coaxial Outer Shield:

L t

30 dB Minimum between 15 i of Coaxes Diameter Number Number Tin Copper Braid, o and 95 MHz n 1 0.127 [3.22] 01KEC00003 14155 90% Coverage s 3 0.320 [8.13] 03KEE00004 100-4140 6 0.435 [11.05] 06KEE00003 100-3450 8 0.465 [11.81] 08KEE00008 100-4141 9 0.505 [12.82] 09KEE00003 100-4142 12 0.560 [14.22] 12KEE00007 100-4143 16 0.625 [15.88] 16KEE00001 100-4208 24 0.800 [20.32] 24KEE00001 100-2768

Type 735 Patch Cable

Product Specifications L Application: DS3 Cross- L Tracer Conductor: 22 AWG Connect (44.736 Mbps) Stranded Tin Copper L Coaxial Component: L Jacket: PVC - White Conductor: L 26 AWG Solid L UL Listing: Type CMR Silver Plated Copper L Insulation: Foam Polyproplyene L Inner Shield: Aluminum/Polyester/ Aluminum Tape, Banded at Overlap Number Overall Cable Part Spec L Outer Shield: Tin Copper of Coaxes/Tracer Diameter Number Number Braid, 90% Coverage 0.215 x 0.129 1/1 02ZZH00003 100-6085 [5.46 x 3.27] 0.410 x 0.177 2/1 03ZZH00003 100-6086 [10.41 x 4.49]

17 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Universal Telecom Cable

Cables designed specifically for xDSL applications, these high performance multi-pair cables exceed T1/DS1 transmission requirements of ANSI T1.102, ANSI T1.413 and TIA/EIA-568B. Universal Telecom cables provide greater bandwidth than industry T1 cables; impedance and NEXT is swept tested. Madison’s high performance multi-pair cables are designed specifically for xDSL applications, and are used as the media for interconnection of digital Central Office equipment. Twisted Pair Cable Product Specifications L Application: Digital L Binder: Polyester tape Communications, Voice L Drain Wire and Data switching, DSLAM L Shield: Aluminum/Polyester interconnect, xDSL Frame s s Tape n e

l Cross Connect, Central o i b Jacket Color: t L PVC Gray

a Office T1 Feeders a C c UL Listing: i L Gauge: 22 to 26 AWG L Type CMR, CSA n

u Type CMG L Conductor: Solid Tin Copper m m L Insulation: Polyolefin o c e l e T

Part Number Description Cable O.D. Spec. Number 50LGJ00001 25Pr/22 AWG .595 [15.11] 100-4034 50LFJ00001 25Pr/24 AWG .485 [12.32] 100-1638 *H0LFQ00001 100Pr/24 AWG .990 [25.15] 100-1687 32LEJ00001 16Pr/26 AWG .330 [ 8.38] 100-3197 50LEJ00001 25Pr/26 AWG .395 [10.03] 100-3194 56LEJ00001 28Pr/26AWG .440 [11.18] 100-1687 *100 pr construction consists of four 25 pair subgroups **Other pair counts available upon request

Attenuation Frequency Impedance 1 (dB/100m Maximum) NEXT (MHz) (Ohms) (dB Minimum) 22Awg 24Awg 26Awg 0.772 100+15 1.8 2.3 2.9 58 1 100+15 2.0 2.5 3.2 56 4 100+15 4.1 5.2 6.6 47 8 100+15 5.9 7.4 9.4 42 10 100+15 6.8 8.6 10.9 41 16 100+15 8.5 10.7 13.5 38 20 100+15 9.7 12.2 15.4 36

18 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Serial Communication Cable

Serial Communication cables conform to all applicable EIA standards, and are designed to be used in RS-232, RS-422, ITU-T V.35/X.21, and RS-423 applications. These cables are multiconductor or multipair, shielded or unshielded, and used in printers, modems, general instrumentation, or other computer interfaces. The low or mid capacitance cables are designed to be used in extended distance transmissions. 24 AWG Multi-Conductor Foil Shield: RS-232 and General Purpose

Product Specifications L Primary Insulation: EIA RS- L Shield: Aluminum/Polyester L UL Listing: AWM Style 2464, 232 and General Purpose Tape and 24 AWG 7/32 Tin Type CM L Conductor: 24 AWG 7/32 Tin Plated Copper Drain Wire L CSA Certification: Plated Copper L Jacket: PVC Type CMG L Insulation: SR PVC

Overall Mutual Single End Number of Part Spec Cable Capacitance Capacitance Conductors Number Number Diameter (pF/ft) (pF/ft) 3 0.165 [4.19] 33.0 60.0 03RFB00006 13971 4 0.175 [4.45] 30.0 55.0 04RFB00017 13971 5 0.190 [4.83] 28.0 53.0 05RFB00005 13971 6 0.200 [5.08] 28.0 53.0 06RFB00008 13971 S C e 7 0.200 [5.08] 26.0 50.0 07RFB00004 13971 a r b i l a

8 0.215 [5.46] 26.0 50.0 08RFB00013 13971 e l s

9 0.230 [5.84] 26.0 50.0 09RFB00009 13971 C o

10 0.240 [6.10] 26.0 50.0 10RFB00014 13971 m

12 0.245 [6.22] 24.0 47.0 12RFB00004 13971 m u

15 0.270 [6.86] 24.0 47.0 15RFB00006 13971 n i 20 0.300 [7.62] 24.0 47.0 20RFB00004 13971 c a t

25 0.320 [8.13] 24.0 47.0 25RFB00019 13971 i o

37 0.365 [9.27] 24.0 47.0 37RFB00007 13971 n

24 AWG Multi-Conductor Double Shielded: RS-232 and General Purpose

Product Specifications L Primary Insulation: EIA RS- L Shield: Aluminum/Polyester L Jacket: PVC 232 and General Purpose Tape and 24 AWG 7/32 Tin L UL Listing: AWM Style 2464, L Conductor: 24 AWG 7/32 Tin Plated Copper Drain Wire, Type CM Tin Copper Braid, 80% Plated Copper CSA Certification: coverage L L Insulation: SR PVC Type CMG

Overall Mutual Single End Number of Part Spec Cable Capacitance Capacitance Conductors Number Number Diameter (pF/ft) (pF/ft) 3 0.185 [4.67] 33.0 60.0 03RFC00003 13972 4 0.195 [4.95] 30.0 55.0 04RFC00006 13972 5 0.200 [5.08] 28.0 53.0 05RFC00007 13972 6 0.220 [5.59] 28.0 53.0 06RFC00009 13972 7 0.220 [5.59] 26.0 50.0 07RFC00004 13972 8 0.235 [5.97] 26.0 50.0 08RFC00002 13972 9 0.250 [6.35] 26.0 50.0 09RFC00010 13972 10 0.260 [6.60] 26.0 50.0 10RFC00011 13972 12 0.265 [6.73] 24.0 47.0 12RFC00004 13972 15 0.290 [7.37] 24.0 47.0 15RFC00011 13972

19 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Serial Communication Cable (Continued)

24 AWG Multi-Pair Foil Shield Low Capacitance: RS-422/RS-232 and General Purpose

Product Specifications L Application: EIA RS-422/ L Jacket: PVC RS-232 and General L UL Listing: Type CL2 Purpose L CSA Certification: Conductor: L 24 AWG 7/0.0078 Type CMG Tin Plated Copper L Insulation: Foam Polyolefin L Shield: Aluminum/Polyester Tape and 24 AWG 7/32 Tin Plated Copper Drain Wire

Capacitance Overall Impedance Number of Mutual/ Part Spec Cable Differential Pairs Single End Number Number Diameter (Ohms) (pF/ft) 2 0.230 [5.84] 110 12.5 / 21.0 04CFJ00003 15134 3 0.235 [5.97] 110 12.5 / 21.0 06CFJ00004 15134 4 0.250 [6.35] 110 12.5 / 21.0 08CFJ00004 15134 6 0.300 [7.62] 110 12.5 / 21.0 12CFJ00003 15134 7 1/2 0.315 [8.00] 110 12.5 / 21.0 15CFJ00002 15134 8 0.320 [8.13] 110 12.5 / 21.0 16CFJ00002 15134 s n e o l i 9 0.330 [8.38] 110 12.5 / 21.0 18CFJ00002 15134 t b a a 12 1/2 0.370 [9.40] 110 12.5 / 21.0 25CFJ00005 15134 c i C

n 18 1/2 0.440 [11.18] 110 12.5 / 21.0 37CFJ00002 15134 u m m o C l a i r e S 24 AWG Multi-Pair Foil Shield Low Capacitance Plenum: RS-232 and General Purpose

Product Specifications L Application: EIA RS-232 and L Jacket: PVC Alloy General Purpose L UL Listing: Type CL2P Conductor: L 24 AWG 7/0.0078 L CSA Certification: Tin Plated Copper Type CMP L Insulation: Flouropolymer L Shield: Aluminum/Polyester Tape and 24 AWG 7/32 Tin Plated Copper Drain Wire

Capacitance Overall Capacitance Number of Cond. to Part Spec Cable Single End Pairs Cond. Number Number Diameter (pF/ft) (pF/ft) 2 0.145 [3.68] 17.0 32.0 042FJ00011 101-1169 3 0.175 [4.45] 15.5 30.0 062FJ00027 101-1161 4 0.190 [4.83] 14.5 28.0 082FJ00028 101-1175 6 0.220 [5.59] 13.0 26.0 122FJ00011 100-9332 7 1/2 0.220 [5.59] 13.0 26.0 152FJ00001 101-1192 9 0.260 [6.60] 13.0 26.0 182FJ00003 101-1150 12 1/2 0.290 [7.37] 13.0 26.0 252FJ00015 100-9334 18 0.345 [8.76] 13.0 26.0 382FJ00003 101-1147

20 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Serial Communication Cable (Continued)

28 AWG Multi-Pair Double-Shielded: RS-422/RS-232, ITU-T V.35/X.21 and General Purpose

Product Specifications L Application: EIA RS-422/ L Shield: Aluminum/Polyester L UL Listing: AWM Style 20276, RS-232, ITU-T V.35/X.21 Tape and 28 AWG 7/36 Tin Type CL2 and General Purpose Plated Copper Drain Wire, L CSA Certification: Tin Copper Braid, 80% L Conductor: 28 AWG 7/36 Tin Type AWM II A/B FT4 Plated Copper Coverage Jacket: PVC L Insulation: Polyolefin L

Impedance Capacitance Overall Number of Differential Mutual/ Part Spec Cable Pairs /Single End Single End Number Number Diameter (Ohms) (pF/ft) 2 0.195 [4.95] 100 / 63 16.0 / 25.0 04QDK00004 13973 3 0.210 [5.08] 100 / 63 16.0 / 25.0 06QDK00003 13973 4 0.220 [5.46] 100 / 63 16.0 / 25.0 08QDK00007 13973 7 0.235 [6.22] 100 / 63 16.0 / 25.0 14QDK00005 13973 12 0.285 [7.11] 100 / 63 16.0 / 25.0 24QDK00009 13973 13 0.295 [7.49] 100 / 63 16.0 / 25.0 26QDK00006 13973 18 0.325 [8.26] 100 / 63 16.0 / 25.0 36QDK00008 13973 S C e 25 0.365 [9.27] 100 / 63 16.0 / 25.0 50QDK00009 13973 a r b i l a e l s C o m m u n i c a t i o n 28 AWG Multi-Pair Double-Shielded Low Capacitance: RS-485/RS-232 and General Purpose

Product Specifications L Application: EIA RS-485/ L Shield: Aluminum/Polyester L UL Listing: AWM Style 20276, RS-232 and General Tape and 28 AWG 7/36 Tin Type CL2 Purpose Plated Copper Drain Wire, L CSA Certification: L Conductor: 28 AWG 7/36 Tin Tin Copper Braid, 85% Type AWM II A/B FT4 Plated Copper Coverage Jacket: L Insulation: Polyolefin L PVC

Impedance Capacitance Overall Number of Differential/ Mutual/ Part Spec Cable Pairs Single End Single End Number Number Diameter (Ohms) (pF/ft) 2 0.215 [5.46] 120 / 75 13.5 / 22.0 04SDK00008 13974 3 0.225 [5.72] 120 / 75 13.5 / 22.0 06SDK00007 13974 4 0.240 [6.10] 120 / 75 13.5 / 22.0 08SDK00004 13974 5 0.255 [6.48] 120 / 75 13.5 / 22.0 10SDK00007 13974 8 0.285 [7.24] 120 / 75 13.5 / 22.0 16SDK00007 13974 9 0.300 [7.62] 120 / 75 13.5 / 22.0 18SDK00008 13974 10 0.315 [8.00] 120 / 75 13.5 / 22.0 20SDK00010 13974 12 1/2 0.325 [8.26] 120 / 75 13.5 / 22.0 25SDK00004 13974

21 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Serial Communication Cable (Continued)

24 AWG Multi-Pair Double Shielded Low Capacitance: RS-422/RS-232, ITU-T V.35/X.21 and General Purpose Product Specifications Shield: L Application: EIA RS-422/ L Aluminum/Polyester L UL Listing: AWM Style 20276, RS-232, ITU-T V.35/X.21 Tape and 24 AWG 7/32 Tin Type CM and General Purpose Plated Copper Drain Wire, Tin Copper Braid, 80% L CSA Certification: L Conductor: 24 AWG 7/32 Tin Coverage Type CMG Plated Copper L Jacket: PVC L Insulation: Foam Polyolefin

Impedance Capacitance Overall Number of Differential Mutual/ Part Spec Cable Pairs /Single End Single End Number Number Diameter (Ohms) (pF/ft) 2 0.240 [6.10] 105 / 66 13.5 / 22.0 04KFK00009 13975 3 0.250 [6.35] 105 / 66 13.5 / 22.0 06KFK00003 13975 4 0.270 [6.86] 105 / 66 13.5 / 22.0 08KFK00006 13975 6 0.310 [7.87] 105 / 66 13.5 / 22.0 12KFK00002 13975 7 0.315 [8.00] 105 / 66 13.5 / 22.0 14KFK00004 13975 8 0.325 [8.26] 105 / 66 13.5 / 22.0 16KFK00003 13975 s n e o

l 9 0.350 [8.89] 105 / 66 13.5 / 22.0 18KFK00004 13975 i t b a

a 10 0.365 [9.27] 105 / 66 13.5 / 22.0 20KFK00003 13975 c i C 12 1/2 0.380 [9.65] 105 / 66 13.5 / 22.0 25KFK00005 13975 n u 18 1/2 0.440 [11.18] 105 / 66 13.5 / 22.0 37KFK00001 7128 m 25 0.500 [12.70] 105 / 66 13.5 / 22.0 50KFK00001 13975 m o C l a i r e S 24 AWG Multi-Pair Double-Shielded Low Capacitance: RS-485/RS-232 and General Purpose

Product Specifications L Application: EIA RS-485/ L Shield: Aluminum/Polyester L UL Listing: AWM Style 20276, RS-232 and General Tape and 24 AWG 7/32 Tin Type CM Purpose Plated Copper Drain Wire, L CSA Certification: L Conductor: 24 AWG 7/32 Tin Tin Copper Braid, 85% Type CMG Plated Copper Coverage Jacket: L Insulation: Foam Polyolefin L PVC

Impedance Capacitance Overall Number of Differential/ Mutual/ Part Spec Cable Pairs Single End Single End Number Number Diameter (Ohms) (pF/ft) 1 0.230 [5.84] 120 / 65 11.0 / 20.0 02KFK00003 13976 2 0.270 [6.86] 120 / 65 11.5 / 19.0 04KFK00010 13976 3 0.285 [7.24] 120 / 65 11.5 / 19.0 06KFK00004 13976 4 0.310 [7.87] 120 / 65 11.5 / 19.0 08KFK00007 100-5870

22 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Serial Communication Cable (Continued)

24 AWG Multi-Pair Individually Shielded Overall Unshielded Low Capacitance: RS-422/RS-232, ITU-T V.35/X.21 and General Purpose Product Specifications Shield: L Application: EIA RS-422/ L Aluminum/Polyester L CSA Certification: RS-232, ITU-T V.35/X.21 Tape and 24 AWG 7/32 Tin Type CMH and General Purpose Plated Copper Drain Wire, L Jacket: PVC L Conductor: 24 AWG 7/32 Tin Plated Copper L UL Listing: AWM Style 20276, Type CM L Insulation: Foam Polyolefin

Impedance Capacitance Overall Number of Differential/ Mutual/ Part Spec Cable Pairs Single End Single End Number Number Diameter (Ohms) (pF/ft) 2 0.300 [7.62] 100 / 54 13.5 / 25.0 04KFM00003 13977 3 0.320 [8.13] 100 / 54 13.5 / 25.0 06KFM00001 13977 4 0.350 [8.89] 100 / 54 13.5 / 25.0 08KFM00003 13977 6 0.425 [10.80] 100 / 54 13.5 / 25.0 12KFM00002 13977 9 0.505 [12.83] 100 / 54 13.5 / 25.0 18KFM00002 13977 S 12 0.555 [14.10] 100 / 54 13.5 / 25.0 24KFM00001 13977 C e a r b i l a e l s C o m m u n i c a t i o n

24 AWG Multi-Pair Individually Shielded Overall Double Shielded Low Capacitance: RS-422/RS-232, ITU-T V.35/X.21 and General Purpose Product Specifications L Application: EIA RS-422/ L Individual Shields: L Jacket: PVC RS-232 , ITU-T V.35/X.21 Aluminum/Polyester Tape L UL Listing: AWM Style 20276, and General Purpose and 24 AWG 7/32 Tin Plated Type CM Conductor: Copper Drain Wire L 24 AWG 7/32 Tin L CSA Certification: Plated Copper L Overall Shield: Type CMG L Insulation: Foam Polyolefin Aluminum/Polyester Tape, Tin Copper Braid, 80% Coverage

Impedance Capacitance Overall Number of Differential/ Mutual/ Part Spec Cable Pairs Single End Single End Number Number Diameter (Ohms) (pF/ft) 2 0.320 [8.13] 100 / 54 13.5 / 25.0 04KFO00004 13978 3 0.340 [8.64] 100 / 54 13.5 / 25.0 06KFO00004 13978 4 0.370 [9.40] 100 / 54 13.5 / 25.0 08KFO00004 13978 6 0.445 [11.30] 100 / 54 13.5 / 25.0 12KFO00001 13978 9 0.530 [13.46] 100 / 54 13.5 / 25.0 18KFO00001 13978 12 0.580 [14.73] 100 / 54 13.5 / 25.0 24KFO00002 13978

23 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change.

Electronic Cable

Video Cable

Non-Plenum 26 AWG High Resolution Coaxial Cable

Product Specifications Non-Plenum 26 AWG Coaxial Jacket: Multi-Coaxial Electrical Data L Application: R-G-B Video with L or without Sync(s) Flexible PVC Impedance (Ohms) 75 Outer Jacket: Capacitance (pF/ft) 18 L Conductor: 26 AWG 7/34 Tin L Flexible PVC Plated Copper L UL Listing: Type CL2 Attenuation (dB/ft) L Insulation: Foam Polyolefin L CSA Certification: Type CMH 100 MHz 0.055 Coaxial Shield Ripcord to facilitate stripping of L : 38 AWG Tin L 200 MHz 0.080 Plated Copper Spiral jacket. 400 MHz 0.120 700 MHz 0.169 900 MHz 0.198 1000 MHz 0.210

Number AWG Insulation Overall CableShielding Part Spec Colors of Coax Size Diameter Diameter Overall Number Number 3 26 (7/34 TC) 0.077 [1.95] 0.290 [7.37] None Red, Green, Blue 03CEE00007 13993 4 26 (7/34 TC) 0.077 [1.95] 0.320 [8.19] None Red, Green, Blue, Black 04CEE00004 13994 5 26 (7/34 TC) 0.077 [1.95] 0.350 [8.89] None Red, Green, Blue, Black, White 05CEE00004 13995 6 26 (7/34 TC) 0.077 [1.95] 0.380 [9.65] None Red, Green, Blue, White Yellow, Black 06CEE00005 100-7229

Plenum 26 AWG High Resolution Super Flexible Coaxial Cable s o e e l d b i

a Product Specifications

V Plenum 26 AWG C Coax Electrical Data L Application: R-G-B Video with L Coaxial Jacket: PVC Impedance (Ohms) 75 or without Sync(s) L Outer Jacket: PVC Conductor Capacitance (pF/ft) 16 L : 26 AWG 7/34 Tin L UL Listing: Type CL2P Plated Copper Attenuation (dB/ft) L CSA Certification: Type CMP L Insulation: Foam L Ripcord to facilitate stripping of 100 MHz 0.055 Flouropolymer jacket . 200 MHz 0.080 L Coaxial Shield: Tin Plated Copper Spiral 400 MHz 0.120 700 MHz 0.169 900 MHz 0.198 1000 MHz 0.210

Number AWG Insulation Overall Cable Shielding Part Spec Colors of Coax Size Diameter Diameter Overall Number Number Alum/Polyester + 3 26 (7/34 TC) 0.072 [1.83] 0.255 [6.48] Red, Green, Blue 037EE00005 100-6050 22 (7/30TC) Drain Alum/Polyester + Red, Green, 4 26 (7/34 TC) 0.072 [1.83] 0.280 [7.11] 047EE00004 100-6049 22 (7/30TC) Drain Blue, Yellow Alum/Polyester + Red, Green, 5 26 (7/34 TC) 0.072 [1.83] 0.310 [7.87] 057EE00018 100-5125 22 (7/30TC) Drain Blue, Black, Yellow Alum/Polyester + Red, Green, Blue, 6 26 (7/34 TC) 0.072 [1.83] 0.340 [8.64] 067EE00005 100-6051 22 (7/30TC) Drain Yellow, White, Black Note: Digital Video Coax available. Please call Madison Cable. 24 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Video Cable (Continued)

Plenum 18 AWG Super High Resolution/Long Distance Video Cable

Product Specifications Plenum 18 AWG Super High Resolution/Long Distance Video L Application: Super High L Coaxial Shield: Tin Plated Resolution video cables for Copper Braid 95% Coverage Cable Electrical Data long distance cable runs/low and Aluminum/Polyester/ Impedance (Ohms) 75 loss. Aluminum Tape Capacitance (pF/ft) 18.5 L Conductor: 18 AWG Solid L Outer Jacket: Flexible PVC Attenuation (dB/ft) Bare Copper UL Listing: Type CL2P L 100 MHz 0.022 Insulation L : Foam L CSA Certification: Type CMP Flouropolymer 200 MHz 0.032 400 MHz 0.046 1000 MHz 0.077

Number AWG Insulation Overall CableShielding Part Spec Colors of Coax Size Diameter Diameter Overall Number Number 1 18 0.170 0.225 None Gray 017JC00004 100-7240 C Non-Plenum 18 AWG Super High Resolution/Long Distance Video Cable V a i d b e l e Product Specifications o

Non-Plenum 18 AWG Super High s L Application: Super High L Coaxial Shield: Tin Plated Resolution/ Long Distance Video Resolution video cables for Copper Braid 95% Coverage Cable Electrical Data long distance cable runs/low and Aluminum/ Impedance (Ohms) 75 loss. Polyester/Aluminum Tape Capacitance (pF/ft) 17 L Conductor: 18 AWG Solid L Outer Jacket: PVC Attenuation (dB/ft) Bare Plated Copper L UL Listing: CL2 100 MHz 0.022 Insulation L : Foam Polyolefin 200 MHz 0.032 400 MHz 0.046 1000 MHz 0.077

Number AWG Insulation Overall CableShielding Part Spec Colors of Coax Size Diameter Diameter Overall Number Number 1 18 0.185 [4.70] 0.280 [7.11] None Black 01CJC00006 100-7248 4 18 0.185 [4.70] 0.710 [18.03] None Black 04CJF00001 100-7238 5 18 0.185 [4.70] 0.780 [19.81] None Black 05CJF00001 100-7239

25 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Video Cable (Continued)

Super-Flexible Plenum S-Video Cable

Product Specifications Plenum S-Video Cable L Application: Y/C Signals for all L Coaxial Jacket: PVC Electrical Data Impedance (Ohms) 75 display screens L Outer Jacket: Flexible PVC Conductor Capacitance (pF/ft) 16 L : 26 AWG 7/34 Tin L UL Listing: CL2P Plated Copper Attenuation (dB/ft) L Ripcord to facilitate stripping of L Insulation: Foam jacket. 100 MHz 0.055 Flouropolymer 200 MHz 0.080 L Coaxial Shield: Tin Plated 400 MHz 0.120 Spiral with Aluminum/ 1000 MHz 0.210 Polyester Tape

Number AWG Insulation Overall CableShielding Part Spec Colors of Coax Size Diameter Diameter Overall Number Number 2 26 (7/34) 0.072 [1.83] 0.240 [6.10] None White, Yellow 027EE00004 100-6399

Non-Plenum S-Video Cable s o e e l d b i

a Product Specifications

V Non-Plenum S-Video Cable C L Application: Y/C signals for all L Coaxial Shield: Tin Plated Electrical Data display screens Spiral with Impedance (Ohms) 75 L Conductor: 18 AWG Solid Aluminum/Polyester Tape Capacitance (pF/ft) 16 Bare Plated Copper L Coaxial Jacket: PVC Attenuation (dB/ft) L Insulation: Foam Polyolefin L Outer Jacket: Flexible PVC 100 MHz 0.055 L UL Listing: CL2 200 MHz 0.080 400 MHz 0.120 1000 MHz 0.210

Number AWG Insulation Overall CableShielding Part Spec Colors of Coax Size Diameter Diameter Overall Number Number 2 26 (7/34) 0.077 [1.96] 0.250 [6.35] None White, Yellow 02CEE00003 100-7236

26 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Video Cable (Continued)

Super-Flexible Plenum Composite Cable

Product Specifications Plenum Composite Cable L Application: Installation Electrical Data Cables for Audio/Video Impedance (Ohms) 75 Applications Capacitance (pF/ft) 16 L Outer Jacket: PVC Attenuation (dB/ft) L UL Listing: CL2P 100 MHz 0.055 L Ripcord to facilitate stripping of 200 MHz 0.080 jacket. 400 MHz 0.120 1000 MHz 0.210

Number of AWG Insulation Overall Cable Shielding Part Spec Conductors Size Diameter Diameter Overall Number Number Total Type 6 Coax 26 (7/34 TC) 0.072 [1.83] 10 0.350 [8.89] None 10ZEQ00003 100-7250 2 Pair 26 (7/34 TC) 0.031 [0.79] 3 Coax 26 (7/34 TC) 0.072 [1.83] 14 2 Pair (Shielded) 26 (7/34 TC) 0.031 [0.79] 0.295 [7.49] None 14ZEQ00002 100-7249 7 Conductors 26 (7/34 TC) 0.031 [0.79] 6 Coax 26 (7/34 TC) 0.072 [1.83] Aluminum Mylar 18 4 Pair (Shielded) 26 (7/34 TC) 0.031 [0.79] 0.420 [10.67] 18ZZS00008 100-3480 36AWG TC Braid 4 Conductors 20 (7/28 TC) 0.050 [1.27] C Non-Plenum Composite Cable V a i d b e l e Product Specifications o

Plenum Composite Cable s L Application: Installation Electrical Data Cables for Audio/Video Impedance (Ohms) 75 Applications Capacitance (pF/ft) 16 L Outer Jacket: Flexible PVC Attenuation (dB/ft) L UL Listing: CL2 100 MHz 0.055 L Ripcord to facilitate stripping of 200 MHz 0.080 jacket. 400 MHz 0.120 1000 MHz 0.210

Number of AWG Insulation Overall Cable Shielding Part Spec Conductors Size Diameter Diameter Overall Number Number Total Type 3 Coax 28 (7/36 TC) 0.062 [1.57] Aluminum/Polyester/ 10 0.295 [7.49] 10ZZW00008 13980 7 Conductors 24 (7/32 TC) 0.038 [0.97] Aluminum 80% TC Braid 3 Coax 26 (7/34 TC) 0.072 [1.83] Aluminum/Polyester/ 14 2 Pair (Shielded) 26 (7/34 TC) 0.031 [0.79] 0.350 [8.89] 14ZES00004 100-3445 Aluminum 85% TC Braid 7 Conductors 26 (7/34 TC) 0.031 [0.79] 6 Coax 26 (7/34 TC) 0.077 [1.96] Aluminum/Polyester/ 18 4 Pair (Shielded) 26 (7/34 TC) 0.033 [0.84] 0.465 [11.81] 18ZZS00012 100-7232 Aluminum 85% TC Braid 4 Conductors 20 (7/28 TC) 0.055 [1.40]

27 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Video Cables 28 eie 20 ilmtr nesohrie eeec upssol.www.tycoelectronics.com www.madisoncable.com referencepurposes only. USA:1-877-MADISON(623-4766) millimeters unlessotherwise Dimensions areshownfor Dimensions areininchesand Revised 02-05 Catalog 1654194 DVI-Dual Channel DVI-Single Channel oa Type Total T 97Pi Sile)2 73 C .4 10]0.330[8.38] 0.040[1.02] 28(7/36TC) 7Pair(Shielded) 19 0.275[6.69] 0.040[1.02] 28(7/36TC) 4Pairs(Shielded) 13 otal Conductors C Number of Number of onductors 3 3 odcos2 73 C 0.027[0.69] 28(7/36TC) Conductors odcos2 73 C 0.027[0.69] 28(7/36TC) Conductors 3 1 Type Pair ar2 73 C 0.027 [0.69] 28(7/36 TC) Pair r erceuvlns tochange. are metric equivalents. specified. Values inbrackets 28 (7/36TC) W nuainOealCbeSiligPr Spec Part Shielding OverallCable Insulation AWG Spec Part Shielding OverallCable Insulation AWG ieDaee imtrOealNme Number Number Overall Diameter Diameter Size Number Number Overall Diameter Diameter Size Video Cable Electronic Cable 0.027 [0.69] (Continued) Specifications subject L L L Product Specifications L L L Product Specifications Interface LListing: UL Outer Jacket: Application PVC Interface LListing: UL Outer Jacket: Application PVC : : AWM AWM Digital Video Digital Video Aluminum 80%TCBraid Aluminum 80%TCBraid Super Flexible Super Flexible Aluminum/Polyester/ Aluminum/Polyester/ E SingleChannelDigitalCable DVI Electrical Data Dual ChannelDigitalCable aaiac p/t 14 Capacitance (pF/ft) Capacitance (pF/ft) meac Om)100 Impedance (Ohms) meac Om)100 Impedance (Ohms) Attenuation (dB/ft) Attenuation (dB/ft) lectrical Data 9D002100-4529 19ZDS00002 100-4533 13ZDS00005 00Mz0.300 1000 MHz 00Mz0.300 1000 MHz 0 H 0.260 0.210 0.150 0.100 800 MHz 400 MHz 200 MHz 100 MHz 0 H 0.260 0.150 0.100 800 MHz 400 MHz 200 MHz 100 MHz 0Mz0.077 0.040 50 MHz 10 MHz 0Mz0.077 0.040 50 MHz 10 MHz H 0.010 MHz 1 H 0.010 MHz 1 0.210 14 Electronic Cable

Video Cable (Continued)

DVI-Integrated

Product Specifications Composite-Integrated Cable L Application: Digital/Analog Electrical Data Video Interface Impedance (Ohms) 75 L Outer Jacket: Super Flexible Capacitance (pF/ft) 18 PVC Attenuation (dB/ft) L UL Listing: AWM 1 MHz 0.008 10 MHz 0.026 50 MHz 0.058 100 MHz 0.082 200 MHz 0.120 400 MHz 0.170 800 MHz 0.240 1000 MHz 0.300

Number of AWG Insulation Overall Cable Shielding Part Spec Conductors Size Diameter Diameter Overall Number Number Total Type 3 Coax 30 (7/38 TC) 0.051 [1.30] 6 Conductors 28 (7/36 TC) 0.027 [0.69] Aluminum/Polyester/ 29 2 Pair (Shielded) 28 (7/36 TC) 0.027 [0.69] 0.410 [10.41] 29ZZS00002 100-1519 Aluminum 80% TC Braid 7 Pair (Shielded) 28 (7/36 TC) 0.040 [1.02] 1 Pair 28 (7/36 TC) 0.027 [0.69] C Rental/Staging Cable V a i d b e l e Product Specifications o

Rental/Staging Cable s L Application: Rental and Electrical Data Staging Applications Impedance (Ohms) 75 L Conductor: 26 AWG 7/34 Tin Capacitance (pF/ft) 20 Plated Copper Attenuation (dB/ft) L Insulation: Polyolefin 100 MHz 0.047 L Coaxial Shield: 38 AWG Tin 400 MHz 0.094 Plated Copper Braid 90% 1000 MHz 0.149 Coverage L Coaxial Jacket: Flexible PVC L Outer Jacket: Super Flexible PVC L UL Listing: AWM L Ripcord to facilitate stripping of jacket.

No. of AWG Insulation Overall Cable Shielding Colors Part Spec Coax Size Diameter Diameter Overall Number Number Red, Green, 5 26 0.120 [3.05] 0.570 [14.78] None 05PEE00002 100-7230 Blue, Black, Yellow

29 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Video Cables 30 eie 20 ilmtr nesohrie eeec upssol.www.tycoelectronics.com www.madisoncable.com referencepurposes only. USA:1-877-MADISON(623-4766) millimeters unlessotherwise Dimensions areshownfor Dimensions areininchesand Revised 02-05 Catalog 1654194 28 A 30 AWG Multi-CoaxialCable ubrAGIslto Overall Shielding Insulation Cable Number AWG fCa ieDaee imtrOealNme Number Number Overall Diameter Diameter Size of Coax ubrAG nuainOverall Shielding Insulation Number AWG Cable fCa ieDaee imtrOealNme Number Number Overall Diameter Diameter Size of Coax 8(/6T)004[.3 .9 73]Nn e,Gen le0KE00 13988 03KDE00001 Red,Green,Blue None 0.315[8.00] 0.290[7.37] 0.064 [1.63] 0.064 [1.63] 28(7/36TC) 5 28(7/36TC) 3 3 8(/6T)004[.3 0.370[9.40] 0.064[1.63] 28(7/36TC) 5 WG Multi-CoaxialCable 0(/8T)008[.7 0.325[8.26] 0.058[1.47] 30(7/38TC) 4 0(/8T)008[.7 .7 69]Nn e,Gen le0KE00 13982 03KBE00001 Red,Green,Blue 0.350[8.89] 0.058[1.47] None 30(7/38TC) 0.275[6.99] 5 5 0.058[1.47] 4 30(7/38TC) 3 3 28 (7/36TC) 30 (7/38TC) 0.300[7.62] 0.058[1.47] 3 30 (7/38TC) 0 (7/38 TC) r erceuvlns tochange. are metric equivalents. specified. Values inbrackets 0.064 [1.63] .5 14]030[.2 oeRd re,Bu,Bak0KE00 13984 04KBE00005 Red,Green, Blue,Black None 0.300[7.62] 0.058 [1.47] 0.058 [1.47] L L L L Product Specifications L L L L Product Specifications Video Cable Electronic Cable Braid 93%Coverage Coaxial Shield: Insulation: Conductor: Application Braid 90%Coverage Coaxial Shield: Insulation: Conductor: Application Plated Copper Plated Copper devices Sync(s) forTV/Display components withorwithout devices Sync(s) forTV/Display components withorwithout Foam Polyolefin Foam Polyolefin : : .5 88]Nn e,Gen le lc,Wie0KE00 13990 05KDE00001 Red, Green,Blue,Black,White None 0.350 [8.89] 28 AWG7/36Tin 30 AWG7/38Tin .3 83]Nn e,Gen le lc,Wie0KE00 13986 05KBE00005 Red,Green,Blue,Black,White None 0.330 [8.38] R-G-B Video R-G-B Video Tin Copper Tin Copper (Continued) Specifications subject + + + A Alum/Polyester Alum/Polyester 5 CBadBlue,Black,White Blue,Black 85% TCBraid 85% TCBraid 5 CBadGreen, Blue 85% TCBraid + + lum/Polyester Alum/Polyester Alum/Polyester Red, Green, 5 CBadBlue,Black,White 85% TCBraid 85% TCBraid L L L L L L L L Style 20276 Style 20276 S Certification: CSA Listing: UL Outer Jacket: Coaxial Jacket: S Certification: CSA Listing: UL Outer Jacket: Coaxial Jacket: FT1, orAWMIIA/BFT4 inch [2.46]diameter inch [2.64]diameter FT1, orAWMIIA/BFT4 Type CL2orAWM Type CL2orAWM Gray PVC Gray PVC Red, Green, Red, Green, e,Gen le0KG00 13989 03KDG00001 Red, Green,Blue PVC 0.097 PVC 0.104 R AWM IIA/B AWM IIA/B Colors ed, C olors 30 AWGCoaxialElectricalData aaiac p/t 18.5 Capacitance (pF/ft) meac Om)75 Impedance (Ohms) 28 AWGCoaxialElectricalData Attenuation (dB/ft) 0 aaiac p/t 17 Capacitance (pF/ft) Impedance (Ohms) 5B00213987 13985 05KBG00002 04KBG00003 Attenuation (dB/ft) KG00 13983 3KBG00002 5D00113992 05KDG00001 00Mz0.300 1000 MHz 0 H 0.240 0.170 0.120 900 MHz 0.080 700 MHz 400 MHz 200 MHz 100 MHz 00Mz0.240 1000 MHz 0Mz0.056 0.025 50 MHz 10 MHz 0 H 0.220 0.140 0.093 900 MHz 700 MHz 400 MHz 200 MHz 100 MHz H 0.008 MHz 1 0Mz0.045 0.020 50 MHz 10 MHz H 0.006 MHz 1 Part Spec Part Spec 0.280 0.190 0.064 75 Electronic Cable

Video Cable (Continued)

Composite VGA/SVGA Cable

Product Specifications L Insulation: Coax - foam L Application: PC and Polyolefin, Conductor - PVC Workstation Video Monitors L Jacket: Quarry Gray Striated L Conductor: PVC, Light Gray PVC 24 AWG 7/32 Tin Plated L UL Listing: Type CL2X or Copper AWM Style 20276 28 AWG 7/36 Tin Plated L CSA Certification: AWM II A/B Copper FT4, or AWM II A/B FT1 30 AWG 7/38 Tin Plated Copper (as applicable)

No. of Conductors AWG Insulation Overall Cable Shielding Color Part Spec Total Type Size Diameter Diameter Coax Overall Coax Conductor Number Number 36AWG Alum/Polyester/Alum Red White, Black 07ZZW00010 13979 3 Coax 28 (7/36 TC) 0.062 [1.57] 7 0.295 [7.49] TC Spiral + +80% TC Braid Green Orange, 4 Cond. 24 (7/32 TC) 0.038 [.97] Alum/Polyester Blue Yellow 36AWG Alum/Polyester/Alum Red White, Black, 3 Coax 28 (7/36 TC) 0.062 [1.57] 10 0.295 [7.49] TC Spiral +80% TC Braid Green Grey, Pink, 10ZZW00008 13980 7 Cond. 24 (7/32 TC) 0.038 [.97] + Alum/Polyester Blue Orange, Violet, Yellow Red Black/Brown, Red/Orange, 3 Coax 30 (7/38 TC) 0.058 [1.47] 36AWG Alum/Polyester/Alum 13 0.380 [9.65] Green Yellow/Green, Blue/Violet, 13ZZT00015 13981 5 Pair 28 (7/36 TC) 0.035 [.89] TC Braid + 2 90% TC Braids Blue Gray/White C Electrical Data V a i d b e

Impedance Capacitance Attenuation l e Conductors o

(Ohms) (pF/ft) Frequency MHz dB/ft s 1 0.006 10 0.020 50 0.044 7 75 17.5 100 0.063 300 0.114 500 0.151 1 0.006 10 0.020 50 0.044 10 75 17.5 100 0.063 300 0.114 500 0.151 1 0.008 10 0.025 50 0.056 13 75 18.5 100 0.080 300 0.147 500 0.197

31 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Video Cable (Continued)

DFP (Digital Flat Panel) Interface Cable Digital Flat Panel cables allow a host computer to connect directly to an external flat panel monitor without the need for analog-to-digital conversion.

Product Specifications Electrical Data L Application: Digital Flat Panel Impedance (Ohms) 100 Monitor Interconnect Capacitance (pF/ft) 14 L Jacket: Flexible PVC Shielded Pairs Attenuation (dB/ft) L UL Listing: AWM Style 20276 13ZBS00001 13ZDS00002 1 MHz 0.013 0.010 10 MHz 0.050 0.040 50 MHz 0.097 0.077 100 MHz 0.130 0.100 200 MHz 0.190 0.150 400 MHz 0.260 0.210 600 MHz 0.320 0.260 800 MHz 0.370 0.300

Number of Conductors AWG Insulation Overall Cable Shielding Part Spec Total Type Size Diameter Diameter Overall Number Number 3 Singles 28 (7/36 TC) 0.027 [.69] Alum/Polyester + 13 4 Pair (Shielded) 28 (7/36 TC) 0.040 [1.02] 0.275 [6.99] 13ZDS00002 14949 80% TC Braid 1 Pair 28 (7/36 TC) 0.027 [.69] 3 Singles 30 (7/38 TC) 0.024 [.61] Alum/Polyester + 13 4 Pair (Shielded) 30 (7/38 TC) 0.032 [.81] 0.245 [6.22] 13ZBS00001 14887 80% TC Braid 1 Pair 30 (7/38 TC) 0.024 [.61]

DFP (Digital Flat Panel) Interface with USB Cable

Electrical Data s o e e l

d Impedance (Ohms) 100 Impedance (Ohms) 90 b i a V Capacitance (pF/ft) 14 Shielded C Attenuation (dB/cable) Shielded Shielded USB Pairs Attenuation (dB/ft) Pairs TMDS Pairs 64 kHz 0.08 17ZBS00001 17ZDS00001 256 kHz 0.11 1 MHz 0.013 0.010 512 kHz 0.13 10 MHz 0.050 0.040 772 kHz 0.15 50 MHz 0.097 0.077 1 MHz 0.20 100 MHz 0.130 0.100 4 MHz 0.39 200 MHz 0.190 0.150 8 MHz 0.57 400 MHz 0.260 0.210 12 MHz 0.67 600 MHz 0.320 0.260 24 MHz 0.95 800 MHz 0.370 0.300 48 MHz 1.35 96 MHz 1.90

Number of Conductors AWG Insulation Overall CableShielding Part Spec Total Type Size Diameter Diameter Overall Number Number 3 Singles 28 (7/36 TC) 0.027 [.69] 4 Pair (Shielded) 0.040 [1.02] Alum/Polyester/Alum + 17 28 (7/36 TC) 0.300 [7.62] 17ZDS00001 14979 1 Pair (Shielded) 0.034 [.86] 80% TC Braid 2 Pair (Unshielded) 28 (7/36 TC) 0.027 [.69] 3 Singles 30 (7/38 TC) 0.024 [.61] Alum/Polyester/Alum + 17 5 Pair (Shielded) 30 (7/38 TC) 0.032 [.81] 0.260 [6.60] 17ZBS00001 14985 80% TC Braid 2 Pair (Unshielded) 30 (7/38 TC) 0.024 [.61] 32 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Video Cable (Continued)

Video Cables offer a variety of solutions to the demanding requirements needed to operate today’s high speed workstations, video-conferencing, financial information systems equipment, and personal computers. These designs incorporate miniature coaxes, conductors, and/or pairs to satisfy demanding and unique applications, including the latest industry standards.

VESA-P&D-A Cable

Product Specifications L Application: CRT and Flat L Outer Shield: L UL Recognized: UL AWM Panel Video Monitors/ Aluminum/Polyester Tape Style 20276 Displays and Video and Tin Copper Braid L Compliant with Applicable Projection Systems 90% Coverage Industry Standards/ L Conductor: 7 Strand Tin L Jacket: Parchment White Specifications for USB and Plated Copper except as PVC IEEE 1394 as well as VESA. noted

Total Number Overall Cable Part Spec Functionality Supported of Conductors Diameter Number Number 11 P&D-A Basic 0.270 [6.86] 11ZZS00005 15177 13 P&D-A Basic + USB 0.305 [7.75] 13ZZS00008 100-3550 14 P&D-A Basic + USB, Stereo Sync 0.305 [7.75] 14ZZS00011 100-3551 15 P&D-A Multimedia 0.310 [7.87] 15ZZS00002 100-3564 17 P&D-A Multimedia + USB 0.330 [8.38] 17ZZS00004 100-3641 20 P&D-A Basic + USB, Stereo Sync, IEEE 1394 0.340 [8.64] 20ZZS00004 100-3555 23 P&D-A Multimedia + USB, IEEE 1394 0.350 [8.89] 23ZZS00013 100-3648 27 P&D-A Full 0.415 [10.54] 27ZZS00001 13582 C V a i d b e l e VESA-P&D-D Cable o s

Total Number Overall Cable Part Spec Functionality Supported of Conductors Diameter Number Number 14 P&D-D Basic + Charger 0.280 [7.11] 14ZZS00008 13765 16 P&D-D Basic, USB + Charger 0.310 [7.87] 16ZZS00006 13420 22 P&D-D Basic, USB, IEEE 1394 + Charger 0.325 [8.26] 22ZZS00005 15218 23 P&D-D Basic, USB, IEEE 1394 for Microribbon Connector 0.320 [8.13] 23ZZS00014 13602 Construction details and electrical performance data are listed by component on the following page. Note: Refer to DVI and DFP, pages 28 and 32.

33 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Video Cable (Continued)

VESA-P&D-A and P&D-D Product Data

Construction Details By Component Multi- Digital Monitor Number Signal Basic Full Construction Media Basic Full of Conductors Coax - 30 AWG, Foam PP Insulation, Tin Copper R-G-B X X X 3 Braided Shield, PVC Jacket DDC Data/Clock X X X X X 28 AWG, Polyethylene Insulation 2 DDC Power X X X X X 28 AWG, PVC Insulation 2 H & V Sync X X X 28 AWG, Polyethylene Insulation 3 Sense X X X X X 28 AWG, Polyethylene Insulation 1 Stereo Audio X X 30 AWG, PE Insulation, Aluminum/Mylar Shield 4 30 AWG, Foam PP Insulation, Twisted Pair, Aluminum/Mylar Shield 4 (2 Pair) IEEE 1394 X X 22 AWG, PVC, Ins., Twisted Pair 2 USB X X 30 AWG, Foam PP Insulation, Twisted Pair, Aluminum/Mylar Shield 2 Stereo Sync X 28 AWG, Polyethylene Insulation 1 Pixel Clock X Same as R-G-B Video 1 Y/C Video X Same as R-G-B Video 2 TMDS X X 28 AWG, Foam PP Insulation, Twisted Pair, Aluminum/Mylar Shield 8 (4 Pair)

Electrical Performance By Component Time Impedance Capacitance Attenuation Signal Delay (ns/ft) (Ohms) (pf/ft) Frequency MHz dB/ft 1 0.0080 10 0.0260 50 0.0580 s o R-G-B Video 100 0.0820 e e l d b i Pixel Clock 1.30 75 18.0 200 0.1200 a V

C Y/C Video 400 0.1700 700 0.2400 900 0.2800 1000 0.3000 100 0.1400 IEEE 1394 1.43 110 12.8 200 0.1900 400 0.3000 0.064 0.0048 0.256 0.0067 0.512 0.0082 0.772 0.0094 USB 1.43 90 15.5 1.0 0.0120 4.0 0.0240 8.0 0.0350 10.0 0.0380 16.0 0.0480 1 0.0130 10 0.0500 50 0.0970 100 0.1300 TMDS 1.43 100 14.0 200 0.1900 400 0.2600 600 0.3200 800 0.3700

34 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Industrial Cable

Cables that provide connections between industrial devices (sensors) and higher-level devices (controllers).

DeviceNET Cable*

Product Specifications L Application: Cables designed L Capacitance Unbalance: 1.2 L Shielding: to meet DeviceNET applica- pf/ft Nominal @ 1 KHz Component: tions L Attenuation: Aluminum/Polyester, L Impedance: 120 Ohms ± 10% (Thin) Aluminum side facing out @ 1 MHz 0.29 dB/100 ft @ 125 KHz with common drain wire Overall: 36 AWG Tin Copper Mutual Capacitance: 0.50 dB/100 ft @ 500 KHz L 12 pf/ft Braid Nominal @ 1 KHz 0.70 dB/100 ft @ 1000 KHz (Thick) L UL Listing: PLTC, CMG, CM L Single Ended Capacitance: 24 0.13 dB/100 ft @ 125 KHz UL Recognized: pft/ft. Nominal @1 KHz L AWM Style 0.25 dB/100 ft @ 500 KHz 2464 0.40 dB/100 ft @ 1000 KHz L CSA Certification: AWM II A/B 80ûC 300 Volts FT4 Type CMG

Number of AWG Insulation Overall Cable Part Spec Conductors Size Diameter Diameter Number Number Total Type Pair (1) 24 (19/36 TC) 0.077 [1.96] 4 (Thin) 0.270 [6.86] 04ZZX00008** 100-6155 Pair (1) 22 (19/34 TC) 0.055 [1.40] Pair (1) 18 (65/36 TC) 0.150 [3.81] 4 (Thick) 0.425 [10.80] 04ZZXLF011** 100-9120 Pair (1) 15 (65/36 TC) 0.098 [2.48] *NOTE: Cables are Designed in Accordance with DeviceNET Specifications, Volume I, Rel. 2.0. DeviceNET Specifications DSE-2S6-01, 02. Additional constructions available on request. Consult Tyco Electronics Prior to Ordering - Specifications subject to change. **04ZZXLF011 is a lead-free design.

Flat Media Cable

Product Specifications Conductor: 16 AWG L Attenuation: .380 [9.65] L 19/0.0117 Tin Copper 0.40 dB/100 ft max @ .185 [4.70] .185 [4.70] 500 KHz L Impedance: 120 Ohms ± 10% .055 [1.40] @ 500 KHz L UL Recognized: TC Wet, Sunlight Resistant Type CL2 L Capacitance: 14.7 pf/ft (as applicable) .210 [5.33] .100 [2.54] Maximum @ 500 KHz C I

CSA Certification: n L c(UL)FT4 a Capacitance Unbalance d

L : 1.2 b u l s pf/ft Maximum @ 500 KHz e t s r i .055 [1.40] .055 [1.40] a l

.760 [19.30]

Number of Insulation/ Cable Part Numbers Conductors Jacket Type 75 Meter 200 Meter 420 Meter 4 TPE/TPE Class 1 04EKY00002 04EKY00003 04EKY00004 4 Polyolefin/PVC Class 2 04KKY00001 04KKY00002 04KKY00003 4 TPE/PVC Power 04EKY10001 04EKY10002 04EKY10003

35 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Industrial Cable (Continued)

Tray Cable

Cables used for a wide variety of standard and custom factory automation applications.

Product Specifications L Application: Power and L Shielding: Available upon control cables for routing in request. trays and cable raceways; L UL Listing: PLTC, TC available with and without shielding. Consult Tyco Electronics for custom requirements.

Number of AWG Insulation Overall Cable Part Conductors Size Diameter Diameter Number 2 18 (7/26 TC) 0.080 [2.03] 0.255 [6.48] 02TJB00003 2 14 (19/.0147 BC) 0.115 [2.92] 0.335 [8.51] 02ILJ00001 2 8 (168/30 TC) 0.258 [6.55] 0.635 [16.13] 02TPK00003 3 8 (133/29 TC) 0.245 [6.22] 0.660 [16.76] 03APA00002 4 16 (19/.0117 BC) 0.101 [2.57] 0.410 [10.41] 04IKI00001 40 22 (SBC) 0.057 [1.45] 0.650 [16.51] 40TGJ00003

Energy Related Control Cables

Product Specifications L Application: Control L Insulation: TPE Numerous Functions on L Shielding: 36 AWG Tin Alternative Energy Copper Braid Generating Systems L Jacket: TPE L Conductor: Tin Plated Copper L UL Recognized: AWM Style 20234 l s a e i l r t b s a u C d n I

Number of AWG Size Insulation Overall Cable Part Pairs and Stranding Diameter Diameter Number 2 24 (19/36 TC) 0.088 [2.24] 0.446 [11.33] 04EFP00001 10 18 (19/30 TC) 0.112 [2.84] 0.875 [22.23] 20EJI00001 30 22 (19/34 TC) 0.094 [2.39] 1.200 [30.48] 60EGK00001

36 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Industrial Cable (Continued)

Transit and Traffic Control Cables

Track Control Cable Product Specifications L Application: Cables used to L Shielding: operate signal lights in Aluminum/Polyester tape Transit Systems L Drain: 22 AWG 7/30 Tin L Conductor: 18 AWG 16/30 Plated Copper and 20 AWG 10/30 Tin L Jacket: Flame Retardant Plated Copper Polyurethane Insulation: L Polyethylene L UL Recognized: AWM Style 20233

Number of AWG Size Insulation Shielding Jacket Overall Cable Part Conductors and Stranding Diameter Overall Color Diameter Number 8 18 (16/30 TC) 0.067 [1.70] Aluminum/Polyester Black 0.525 [13.34] 40QZR00002 32 20 (10/30 TC) 0.058 [1.47] & 22 (7/30 T/C) Drain

Traffic Control Cable

Product Specifications L Application: Cable Controls L Binder: Polyester Tape Traffic Signal Lights L Jacket: PVC L Conductor: 22 AWG 7/30 Tin Plated Copper L Insulation: Semi-Rigid PVC C I n a d b u l s e t s r i a l

Number of AWG Size Insulation Overall Cable Jacket Part Conductors and Stranding Diameter Diameter Color Number 56 22 AWG (7/30 TC) 0.050 [1.27] 0.490 [12.45] Gray 56RGA00002 62 22 AWG (7/30 TC) 0.050 [1.27] 0.535 [13.59] Gray 62RGA00002

37 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Coaxial Cables 38 eie 20 ilmtr nesohrie eeec upssol.www.tycoelectronics.com www.madisoncable.com referencepurposes only. USA:1-877-MADISON(623-4766) millimeters unlessotherwise Dimensions areshownfor Dimensions areininchesand Revised 02-05 Catalog 1654194 Nominal Impedance93Ohm Nominal Impedance75Ohm N available fortest,datatransmission,andCRTinterconnectapplication. Application specificRG-Typecoaxforawidevarietyofcommercial,RFandwirelessapplications.Productsarealso RG-6 (Plenum) RG-59 Dual ominal Impedance50Ohm RG-179 R RG-174 RG-62 RG-179 T RG-59 RG-59 RG-59 RG-58 RG-58 G-316 RG-6 RG-8 y pes Single ShieldCoax 26 AWG(7/34TCWLD) 30 AWG(7/38SCWLD) 3AG(B L)Plehln 0.242x0.505 Polyethylene 23 AWG(SBCWLD) 18 AWG(SBCWLD) 0.242 Polyethylene 22 AWG(SBCWLD) 22 AWG(SBCWLD) 30 AWG(7/38TC) 2 20 AWG(19/32TC) 11 1/2AWG(SBC) 5 2(B L)ArSae oytyee 0.242 AirSpacedPolyethylene 22 (SBCWLD) A 8AG(B) omFP .3 Alum/Polyester/Alum, 0.230 FoamFEP 18 AWG(SBC) 0AG(B) omFP .0 Alum/Polyester/Alum, 0.200 FoamFEP 20 AWG(SBC) 20 AWG(SBC) AWG (7/33TC) G(tadn) nuainadCr vrl al ubro hed oia e. oia aey atSpec Part Safety Nominal NominalVel. NumberofShields OverallCable andCore Insulation WG (Stranding) .85[.7 .4 62][10.29] 0.247[6.27] 0.0855 [2.17] .2 .3 .6 15][2.46] 0.061[1.53] 0.021 [.53] .23[6]016[.1 [6.15] 0.146[3.71] 0.0226 [.57] 0.0253 [.64] 0.0285 [.72] 0.025 [.64] 95%TCBraid [5.08] 0.037 [.94] 0.137[3.48] 0.032 [.81] 0.012 [.30] 80%TCBraid [4.95] 0.012 [.30] [4.22] 0.113[2.87] 0.099[2.51] 0.032 [.81] 0.038 [.97] 0 N 09[4]000[.2 [2.79] 0.060[1.52] .019 [.48] m i.OealDaee imtradMtra fPo.Cp ff etfctosNme Number Number Certifications Cap.pf/ft ofProp. andMaterial Diameter OverallDiameter om. Dia. r erceuvlns tochange. are metric equivalents. specified. Values inbrackets Foam Polyethylene Foam Polyethylene Foam Polyethylene P Polyethylene 0.146 [3.71] [4.83] 0.134 [3.40] .4 37][6.15] 0.146 [3.71] 0.165 [4.19] [2.54] 0.063 [1.60] 0.058 [1.47] olyethylene Foam FEP 0.180 [4.57] FEP FEP FEP Coaxial Cable Electronic Cable Dual ShieldedCoax [6.15 x12.83] 0.097 0.097 0.110 0.100 0.195 .5 Alum/Polyester/Alum, 0.256 0.190 0 0.405 58]80%TCBraid [5.84] [2.46] [6.50] .166 Specifications subject Double Alum/Polyester/Alum, Alum/Polyester/Alum, Double 5 CBad8%1. W 1G5UA5294 01PG35AUVA AWM 14.5 80% 95% BCBraid 0 CBad7%1. W 1B00413224 01KBD00014 AWM 18.3 73% 90% TCBraid 9 0 CBad6%3. W 1E00811636 01PED00008 AWM 30.0 66% 90% TCBraid 95% BCBraid 0 CBad6%3. L 1H00411437 01PHD00004 CL2 30.0 66% 90% BCBraid 5 CBad6%2. L 1G00110265 01LGD00001 CL2 21.0 66% 85% BCBraid 3 CBad7%1. 1B00310048 012BD00003 — 19.0 70% 93% TCBraid 5 CBad7%1. LPCP07D00 100-7446 017GD00008 CL2P/CMP 17.3 73% 95% TCBraid %T ri 1 90—02D00 14972 0126D00002 — 29.0 71% 5% TCBraid 95% TCBraid 95% TCBraid L L Product Specifications 50, 75and93ohms Standard impedancevaluesof coaxial products High quality,lowlossRG-type 5 60CP07A00 3665 017HA00001 82% CMP 16.0 85% 6 05C20PE00 11898 02PGE00003 CL2 20.5 66% 78% 100-7448 017HD00006 CL2P/CMP 25.5 70% 7 00C20CW00 11496 01CMW00002 CL2 30.0 77% 70C2 1J0091677 017JC00009 CL2P 17.0 70C20C7AV 1682 01CJ70ABVA CL2 17.0 L L standard connectors Compatible withindustry constructions Miniature andstandardO.D. Electronic Cable

Coaxial Cable (Continued)

Ethernet Coax Cable

High-end coax products compatible with all Ethernet and THINNET tap's, terminations and connectors.

Product Specifications L THINNET products meet 802.3 10Base2 L Trunk coax meets 802.3 10Base5

Ethernet Trunk Coax

Types AWG (Stranding) Insulation and Core Overall Cable Number of Shields Nominal Vel. Nominal Safety Part Spec Nom. Dia. Overall Diameter Diameter and Material of Prop. Cap. pf/ft Certifications Number Number Nominal Impedance 50 Ohm 20 AWG (19/32 TC) Foam FEP 0.165 Alum/Polyester/Alum, Thinnet 0.038 [.97] 0.099 [2.51] [4.19] 75% TC Braid 82% 25.0 CL2P 017HD00002 6137 20 AWG (19/32 TC) Foam Polyethylene 0.185 Alum/Polyester/Alum, Thinnet 0.038 [.97] 0.102 [2.59] [4.70] 80% TC Braid 80% 25.0 CL2/CMG 01CHC00014 6128 1 Double Alum/Polyester/Alum, Ethernet Trunk Coax 11 ⁄2 AWG (SBC) Foam Polyethylene 0.405 0.0855 [2.17] 0.247 [6.27] [10.29] Double 95% TC Braid 78% 26.0 CL2 01CMW00005 6028

Twinax Cable

High-end coax products compatible with all Ethernet and THINNET tap's, terminations and connectors.

Product Specifications L Meets specification for 100 ohm twinaxial cable L System compatible with the AS-400 and System 36

Types AWG (Stranding) Insulation and Core Overall Cable Number of Shields Nominal Vel. Nominal Safety Part Spec Nom. Dia. Overall Diameter Diameter and Material of Prop. Cap. pf/ft Certifications Number Number Nominal Impedance 100 Ohm C 20 AWG (7/28 BC) FEP 0.250 C a Twinax 96% TC Braid 66% 15.5 CL2P 022H22BZID 12075 o a 20 AWG (7/28 TC) 0.082 [2.08] [6.35] b x l e i

20 AWG (7/28 BC) Polyethylene 0.325 Alum/Polyester/Alum, a Twinax 66% 16.2 CL2/FT1 02PHK00001 11197 s 20 AWG (7/28 TC) 0.086 [2.18] [8.26] 85% TC Braid l

39 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

UTP Cable

Category 5E Non-Plenum 24 AWG 100 Ohm

Product Specifications s e s e i l UL & cUL Listed Verification: UL verified to

b L L m a e TIA/EIA-568-B.2 Category C r L Performance Specifications to P ≥100 MHz 5E Horizontal Cabling

No. of UL C(UL) Overall Cable Color Part Spec Pairs Listing Listing Diameter Number Number Number 4 Type CMR Type CMG 0.200 [5.08] Gray 08LFI30007 100-2319 4 Type CMR Type CMG 0.200 [5.08] White 08LFI30005 100-2319 4 Type CMR Type CMG 0.200 [5.08] Yellow 08LFI30011 100-2319 4 Type CMR Type CMG 0.200 [5.08] Blue 08LFI30014 100-2319 4 Type CMR Type CMG 0.200 [5.08] Green 08LFI30012 100-2319 4 Type CMR Type CMG 0.200 [5.08] Red 08LFI30004 100-2319 4 Type CMR Type CMG 0.200 [5.08] Pink 08LFI30013 100-2319

Category 5E Plenum 24 AWG 100 Ohm

Product Specifications L UL & cUL Listed L Verification: ETL verified to L Performance Specifications to TIA/EIA-568-B.2 Category ≥100 MHz 5E Horizontal Cabling

No. of UL C(UL) Overall Cable Color Part Spec Pairs Listing Listing Diameter Number Number Number 4 Type CMP Type CMP 0.195 [4.95] Black 082FI00096 14541

40 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

UTP Cable (Continued)

Category 6 Non-Plenum 23 AWG 100 Ohm

Product Specifications C P r a e b

UL & cUL Listed Verification: m L L Meets or l e i s Performance Specifications to exceeds TIA/EIA-568-B.2-1 s L e ≥250 MHz requirements for Category 6 Horizontal Cabling

No. of UL C(UL) Overall Cable Color Part Spec Pairs Listing Listing Diameter Number Number Number 4 Type CMR Type CMG 0.230 [5.84] Gray 08LYI00014 100-7415 4 Type CMR Type CMG 0.230 [5.84] White 08LYI00013 100-7415 4 Type CMR Type CMG 0.230 [5.84] Yellow 08LYI00016 100-7415 4 Type CMR Type CMG 0.230 [5.84] Blue 08LYI00015 100-7415

Category 6 Plenum 23 AWG 100 Ohm

Product Specifications L UL & cUL Listed L Verification: Meets or L Performance Specifications to exceeds TIA/EIA-568-B.2-1 ≥250 MHz requirements for Category 6 Horizontal Cabling

No. of UL C(UL) Overall Cable Color Part Spec Pairs Listing Listing Diameter Number Number Number 4 Type CMP Type CMP 0.230 [5.84] Gray 082YI00016 100-1905 4 Type CMP Type CMP 0.230 [5.84] White 082YI00015 100-1905

41 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Patch Cable

Category 5E 24 AWG Stranded 100 Ohm UTP Cable Stranded Category 5E cables exceed transmission requirements for patch cable applications. s e s e i l

b Product Specifications m a e C r L UL & cUL Listed L Verification: Meets or P L Performance Specifications to exceeds TIA/EIA-568A ≥100 MHz requirements for Category 5E Patch Cabling

No. of UL C(UL) Overall Cable Color Part Spec Pairs Listing Listing Diameter Number Number Number 4 Type CM Type CMG 0.220 [5.59] Gray 08QFI00017 100-2270 4 Type CM Type CMG 0.220 [5.59] Black 08QFI00021 100-2270 4 Type CM Type CMG 0.220 [5.59] White 08QFI00022 100-2270 4 Type CM Type CMG 0.220 [5.59] Yellow 08QFI00020 100-2270 4 Type CM Type CMG 0.220 [5.59] Blue 08QFI00019 100-2270 4 Type CM Type CMG 0.220 [5.59] Red 08QFI00018 100-2270

Ethernet Transceiver Cable

Product Specifications L UL Listing: Type CL2, AWM L CSA Certification: Type CMG, Style 2919, Type CL2P (as Type CMP, Type CMH (as applicable) applicable)

Number of AWG Impedance Nominal Overall Part Spec Pairs Size Ohms Capacitance Cable Diameter Number Number 4 20 (7/28 TC) 78 17.0 0.395 [10.03] 08CH16BTJB 6027 4 20 (7/28 TC) 78 17.0 0.350 [8.89] 087HW00001 4461 1 Pr 20 (7/28 TC) 4 78 18.0 0.310 [7.87] 082Z00BTWA 6090 3 Pr 22 (7/30 TC) 1 Pr 24 (7/32 TC) 4 78 21.0 0.260 [6.60] 08ZZW00006 4566 3 Pr 28 (7/36 TC)

42 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

FLEXION Multi-Pair High Flexibility Cable

Multi-purpose, multi-pair, highly flexible cables suitable for a variety of applications including: communications, computer, and miscellaneous low voltage requirements.

Double-Shielded Multi-Pair Cable

Capacitance: a L Inner Shield: Aluminum L i g b h Polyester, 25% Overlap Conductor to Conductor: l e F s

21.0 pf/ft Nominal l L Drain Wire: 26 AWG 10/36 e x

Tin Plated Copper L Velocity of Propagation: i b i

55% Nominal l Outer Shield: Tin Copper i

L t Braid, 70% Coverage y

No. Jacket Overall Jacket Part Spec No. Jacket Overall Jacket Part Spec of Pairs Thickness Cable Diameter Color Number Number of Pairs Thickness Cable Diameter Color Number Number 3 0.032 [.81] 0.220 [5.59] Gray 06BDK00001 4103 30 0.045 [1.14] 0.470 [11.94] Gray 60BDK00001 4103 7 0.045 [1.14] 0.285 [7.24] Gray 14BDK00001 4103 32 0.045 [1.14] 0.480 [12.19] Gray 64BDK00002 4103 10 0.045 [1.14] 0.310 [7.87] Gray 20BDK00001 4103 34 0.045 [1.14] 0.490 [12.45] Gray 68BDK00001 4103 13 0.045 [1.14] 0.355 [9.02] Gray 26BDK00001 4103 40 0.045 [1.14] 0.530 [13.46] Gray 80BDK00003 4103 17 0.045 [1.14] 0.385 [9.78] Gray 34BDK00001 4103 50 0.045 [1.14] 0.565 [14.35] Gray DOBDK00003 4103 20 0.045 [1.14] 0.405 [10.29] Gray 40BDK00001 4103 60 0.045 [1.14] 0.585 [14.86] Gray DTBDK00002 4103 25 0.045 [1.14] 0.425 [10.80] Gray 50BDK00001 4103

Braid Shielded Multi-Pair Cable

Product Specifications L Conductor: 28 AWG 7/36 Tin L Jacket: Flexible PVC L UL Listing:Type CL2 Plated Copper L Impedance: L CSA Certification: L Primary Insulation: Differential: 100 Ohms AWM II A/B FT4 Flexible PVC Nominal L Binder: Paper Tape, 25% L Capacitance: Overlap Conductor to Conductor: 21.0 pf/ft Nominal L Drain Wire: 26 AWG 10/36 Tin Plated Copper L Velocity of Propagation: 55% Nominal L Shield: Tin Copper Braid, 70% Coverage

No. Jacket Overall Jacket Part Spec No. Jacket Overall Jacket Part Spec of Pairs Thickness Cable Diameter Color Number Number of Pairs Thickness Cable Diameter Color Number Number 3 0.032 [.81] 0.220 [5.59] Gray 06BDL00001 4102 30 0.045 [1.14] 0.470 [11.94] Gray 60BDL00001 4102 7 0.045 [1.14] 0.285 [7.24] Gray 14BDL00001 4102 32 0.045 [1.14] 0.480 [12.19] Gray 64BDJ00001 4102 10 0.045 [1.14] 0.320 [7.87] Gray 20BDL00003 4102 34 0.045 [1.14] 0.490 [12.45] Gray 68BDL00001 4102 13 0.045 [1.14] 0.355 [9.02] Gray 26BDL00001 4102 40 0.045 [1.14] 0.530 [13.46] Gray 80BDL00001 4102 17 0.045 [1.14] 0.385 [9.78] Gray 34BDL00001 4102 50 0.045 [1.14] 0.565 [14.35] Gray DOBDL00001 4102 20 0.045 [1.14] 0.405 [10.29] Gray 40BDL00001 4102 60 0.045 [1.14] 0.585 [14.86] Gray DTBDL00001 4102 25 0.045 [1.14] 0.425 [10.80] Gray 50BDL00001 4102

43 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

FLEXION Multi-Pair High Flexibility Cable (Continued)

Unshielded Multi-Pair Cable

Product Specifications L Conductor: 28 AWG 7/36 Tin L Impedance: L UL Listing: Type CL2 Plated Copper Differential: 110 Ohms L CSA Certification: L Primary Insulation: Nominal AWM II A/B FT4 Flexible PVC L Capacitance: L Binder: Paper Tape, 25% Conductor to Conductor: Overlap 19.0 pf/ft Nominal Velocity of Propagation: L Jacket: Flexible PVC L 55% Nominal y s t e i l l i b b a i x C e l F h g i

H No. Jacket Overall Jacket Part Spec No. Jacket Overall Jacket Part Spec of Pairs Thickness Cable Diameter Color Number Number of Pairs Thickness Cable Diameter Color Number Number 3 0.032 [.81] 0.200 [5.08] Gray 06BDI00002 4101 30 0.045 [1.14] 0.450 [11.43] Gray 60BDI00001 4101 7 0.045 [1.14] 0.265 [6.73] Gray 14BDI00001 4101 32 0.045 [1.14] 0.460 [11.68] Gray 64BDI00003 4101 10 0.045 [1.14] 0.300 [7.62] Gray 20BDI00002 4101 34 0.045 [1.14] 0.470 [11.94] Gray 68BDI00001 4101 13 0.045 [1.14] 0.335 [8.51] Gray 26BDI00002 4101 40 0.045 [1.14] 0.510 [12.95] Gray 80BDI00001 4101 17 0.045 [1.14] 0.365 [9.27] Gray 34BDI00004 4101 50 0.045 [1.14] 0.545 [13.84] Gray DOBDI00001 4101 20 0.045 [1.14] 0.385 [9.78] Gray 40BDI00001 4101 60 0.045 [1.14] 0.565 [14.35] Gray DTBDI00001 4101 25 0.045 [1.14] 0.405 [10.29] Gray 50BDI00001 4101

44 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

0.025" [0.64mm] Centerline PVC IDC Ribbon Cable

B Product Specifications A L Insulation: PVC L Voltage Rating: 150 Volts L UL Recognized: AWM Style Edge Mark 2678 for orientation L CSA Certification: AWM 1A FTI .0125 [0.318]

.025 [0.635] TYP

No. of Dimensions Roll Part Spec Electrical Specifications Cond. A B Length Number Number 30 AWG Solid Bare Copper 30 AWG Solid Bare Copper - 0.025 [.64] L Impedance (Ohms): 80 20 0.475 [12.07] 0.500 [12.70] 100 ft. 1-57013-3 100-4136 Capacitance (pf/ft): 40 0.975 [24.77] 1.000 [25.40] 100 ft. 1-57013-7 100-4136 L 23.0 50 1.225 [31.12] 1.250 [31.75] 100 ft. 1-57013-9 100-4136 L Crosstalk: 68 1.675 [42.55] 1.700 [43.18] 100 ft. 2-57013-1 100-4136 L Near End: 4.0% 80 1.975 [50.17] 2.000 [50.80] 100 ft. 2-57013-3 100-4136 Far End: 6.0% 100 2.475 [62.87] 2.500 [63.50] 100 ft. 2-57013-4 100-4136 L Propagation Delay ns/ft: 1.51 20 0.475 [12.07] 0.500 [12.70] 500 ft. 0-57013-1 100-4136 S C a 40 0.975 [24.77] 1.000 [25.40] 500 ft. 0-57013-2 100-4136 t a b n

50 1.225 [31.12] 1.250 [31.75] 500 ft. 1-57013-0 100-4136 l e d s 68 1.675 [42.55] 1.700 [43.18] 500 ft. 1-57013-1 100-4136 a 30 AWG 7/38 Tin Plated r 80 1.975 [50.17] 2.000 [50.80] 500 ft. 0-57013-4 100-4136 d Copper F l

100 2.475 [62.87] 2.500 [63.50] 500 ft. 0-57013-5 100-4136 a

L Impedance (Ohms): 70 t

30 AWG 7/38 Tin Plated Copper - 0.025 [.64] R i 20 0.475 [12.07] 0.500 [12.70] 100 ft. 1-57131-3 100-7147 L Capacitance (pf/ft): 22.0 b b

40 0.975 [24.77] 1.000 [25.40] 100 ft. 1-57131-7 100-7147 Crosstalk: o L n 50 1.225 [31.12] 1.250 [31.75] 100 ft. 1-57131-9 100-7147 L Near End: 5.2% 68 1.675 [42.55] 1.700 [43.18] 100 ft. 2-57131-1 100-7147 Far End: 6.9% 80 1.975 [50.17] 2.000 [50.80] 100 ft. 2-57131-3 100-7147 Propagation Delay ns/ft: 100 2.475 [62.87] 2.500 [63.50] 100 ft. 2-57131-4 100-7147 L 1.55 20 0.475 [12.07] 0.500 [12.70] 500 ft. 0-57131-1 100-7147 40 0.975 [24.77] 1.000 [25.40] 500 ft. 0-57131-2 100-7147 50 1.225 [31.12] 1.250 [31.75] 500 ft. 1-57131-0 100-7147 68 1.675 [42.55] 1.700 [43.18] 500 ft. 1-57131-1 100-7147 80 1.975 [50.17] 2.000 [50.80] 500 ft. 0-57131-4 100-7147 100 2.475 [62.87] 2.500 [63.50] 500 ft. 0-57131-5 100-7147 Other Conductor Counts Available on Request.

45 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

0.025" [0.64mm] Centerline FEP IDC Ribbon Cable

B Product Specifications A L Insulation: FEP L Voltage Rating: 150 Volts L UL Recognized: AWM Style 20726 L CSA Certification: AWM 1A FTI L Color: Opaque w/Blue Edge .0125 [0.318] Mark

.025 [0.635] TYP

No. of Dimensions Roll Part Spec Electrical Specifications Cond. A B Length Number Number 30 AWG Solid Bare Copper 30 AWG Solid Silver Plated Copper - 0.025 [.64] L Impedance (Ohms): 90 10 0.225 [5.72] 0.250 [6.35] 100 ft 102BY00002 100-4907 Capacitance (pf/ft): 20 0.475 [12.07] 0.500 [12.70] 100 ft 202BY00002 100-4907 L 14.7 40 0.975[24.77] 1.000 [24.50] 100 ft 402BY00011 100-4907 L Crosstalk: 50 1.225 [31.12] 1.250 [31.75] 100 ft 502BY00002 100-4907 L Near End: 2.6% 64 1.675 [42.55] 1.700 [43.18] 100 ft 642BY00012 100-4907 Far End: 2.1%

s 68 1.675 [42.55] 1.700 [43.18] 100 ft 682BY00012 100-4907 n e o l 80 1.975 [50.17] 2.000 [50.80] 100 ft 802BY00010 100-4907 b b b 30 AWG 7/38 Silver Plated a i 30 AWG 7/38 Silver Plated Copper - 0.025 [.64] C R Copper t 10 0.225 [5.72] 0.250 [6.35] 100 ft 102BY00001 100-4428 a l 20 0.475 [12.07] 0.500 [12.70] 100 ft 202BY00010 100-4428 Impedance (Ohms)

F L : 85

d 40 0.975[24.77] 1.000 [24.50] 100 ft 402BY00010 100-4428 r L Capacitance (pf/ft): 15.5 a 50 1.225 [31.12] 1.250 [31.75] 100 ft 502BY00011 100-4428 d Crosstalk: n 64 1.675 [42.55] 1.700 [43.18] 100 ft 642BY00001 100-4428 L a t 68 1.675 [42.55] 1.700 [43.18] 100 ft 682BY00011 100-4428 L Near End: 2.5% S 80 1.975 [50.17] 2.000 [50.80] 100 ft 802BY00011 100-4428 Far End: 2.1% 32 AWG 7/40 Silver Plated Copper - 0.025 [.64] 10 0.225 [5.72] 0.250 [6.35] 100 ft 102AY00001 100-4952 30 AWG 7/40 Silver Plated 20 0.475 [12.07] 0.500 [12.70] 100 ft 202AY00001 100-4952 Copper 40 0.975 [24.77] 1.000 [24.50] 100 ft 402AY00002 100-4952 L Impedance (Ohms): 95 50 1.225 [31.12] 1.250 [31.75] 100 ft 502AY00002 100-4952 64 1.675 [42.55] 1.700 [43.18] 100 ft 642AY00001 100-4952 L Capacitance (pf/ft): 13.5 68 1.675 [42.55] 1.700 [43.18] 100 ft 682AY00001 100-4952 L Crosstalk: 80 1.975 [50.17] 2.000 [50.80] 100 ft 802AY00001 100-4952 L Near End: 2.8% Other Conductor Counts Available on Request Far End: 2.0%

46 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

0.025" [0.64mm] Centerline TPO IDC Ribbon Cable

B Product Specifications A L Insulation: TPO L Voltage Rating: 150 Volts L UL Recognized: AWM Style Edge 20297 Mark CSA Certification: for orien- L AWM 1A FTI tation L Color: Natural .0125 [0.318]

.025 [0.635] TYP

Electrical Specifications No. of Dimensions Roll Part Spec Cond. A B Length Number Number 31 AWG 7/39 Tin Plated 31 AWG 7/39 Tin Plated Copper - 0.025 [.64] Copper 68 1.675 [42.55] 1.700 [43.18] 300 ft. 1-219253-1 15400 L Impedance (Ohms): 90 L Capacitance (pf/ft): 15.4 L Crosstalk: L Near End: 2.4% Far End: S 3.0% C a t a b n l e 30 AWG Solid Bare Copper - 0.025 [.64] 30 AWG Solid Bare Copper d s a

68 1.675 [42.55] 1.700 [43.18] 300 ft. 1-219054-1 100-7444 r L Impedance (Ohms): 90 d

Other Conductor Counts Available on Request F

Capacitance (pf/ft): l

L 15.3 a t

L Crosstalk: R i L Near End: 2.4% b b

Far End: 3.0% o n

30 AWG 7/38 Tin Plated Copper - 0.025 [.64] 30 AWG 7/38 Tin Plated 68 1.675 [42.55] 1.700 [43.18] 300 ft. 1-219055-1 100-7491 Copper L Impedance (Ohms): 80 L Capacitance (pf/ft): 19.5 L Crosstalk: L Near End: 2.4% Far End: 3.0%

47 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

0.050" [1.27mm] Centerline Flat PVC and TPO IDC Ribbon Cable

Product Specifications B L Voltage Rating: 300 Volts A L UL Recognized: AWM Style .025 [0.64] 2651 or 20297 .050 [1.27] TYP L CSA: AWM 1A FTI

Edge Mark on Conductor #1

No. of Dimensions Roll Part Spec Cond. A B Length Number Number 28 AWG 7/36 Tin Plated Copper - PVC Insulation - 0.035 [.89] 9 0.400 [10.16] 0.450 [11.43] 100 ft. 1-57040-2 100-4703 10 0.450 [11.43] 0.500 [12.70] 100 ft. 1-57040-3 100-4703 20 0.950 [24.13] 1.000 [25.40] 100 ft. 0-57040-1 100-4703 34 1.650 [41.91] 1.700 [43.18] 100 ft. 0-57040-4 100-4703 40 1.950 [49.53] 2.000 [50.80] 100 ft. 0-57040-5 100-4703 s n

e 50 2.450 [62.23] 2.500 [63.50] 100 ft. 0-57040-6 100-4703 o l b b 60 2.950 [74.93] 3.000 [76.20] 100 ft. 0-57040-7 100-4703 b a i C

R 64 3.150 [80.01] 3.200 [81.28] 100 ft. 2-57040-2 100-4703 t

a 9 0.400 [10.16] 0.450 [11.43] 500 ft. 1-971111-2 100-4703 l

F 10 0.450 [11.43] 0.500 [12.70] 500 ft. 1-971111-3 100-4703 d r 20 0.950 [24.13] 1.000 [25.40] 500 ft. 0-971111-1 100-4703 a d 34 1.650 [41.91] 1.700 [43.18] 500 ft. 0-971111-4 100-4703 n a 40 1.950 [49.53] 2.000 [50.80] 500 ft. 0-971111-5 100-4703 t

S 50 2.450 [62.23] 2.500 [63.50] 500 ft. 0-971111-6 100-4703 60 2.950 [74.93] 3.000 [76.20] 500 ft. 0-971111-7 100-4703 64 3.150 [80.01] 3.200 [81.28] 500 ft. 2-971111-2 100-4703 28 AWG 7/36 Tin Plated Copper - TPO Insulation - 0.035 [.89] 14 0.650 [16.51] 0.700 [17.80] 300 ft. 0-219350-4 100-6257 34 1.650 [41.91] 1.700 [43.18] 300 ft. 0-219350-3 100-6257 40 1.950 [49.53] 2.000 [50.80] 300 ft. 0-219350-2 100-6257 50 2.450 [62.23] 2.500 [63.50] 300 ft. 0-219350-1 100-6257 26 AWG 7/34 Tin Plated Copper - PVC Insulation - 0.039 [.99] 9 0.400 [10.16] 0.450 [11.43] 500 ft. 0-57034-2 100-7077 10 0.450 [11.43] 0.500 [12.70] 500 ft. 0-57034-3 100-7077 20 0.950 [24.13] 1.000 [25.40] 500 ft. 0-57034-7 100-7077 34 1.650 [41.91] 1.700 [43.18] 500 ft. 1-57034-1 100-7077 40 1.950 [49.53] 2.000 [50.80] 500 ft. 1-57034-4 100-7077 50 2.450 [62.23] 2.500 [63.50] 500 ft. 1-57034-5 100-7077 60 2.950 [74.93] 3.000 [76.20] 500 ft. 1-57034-6 100-7077 64 3.150 [80.01] 3.200 [81.28] 500 ft. 2-57034-5 100-7077 Other Conductor Counts Available on Request

48 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

0.050" [1.27mm] Centerline Flat FEP IDC Ribbon Cable

Product Specifications B L Insulation: FEP A L Temperature Rating: -65ûC to .025 [0.64] +200ûC .050 [1.27] TYP L Voltage Rating: 300 Volts L UL Recognized: AWM Style 20424

No. of Dimensions Roll Part Spec Electrical Specifications Cond. A B Length Number Number 28 AWG 7/36 Silver Plated 28 AWG 7/36 Silver Plated Copper - 0.035 [.89] Copper 10 0.450 [11.43] 0.500 [12.70] 100 FT 102DY00016 100-4673 Impedance (Ohms) 20 0.950 [24.13] 1.000 [25.40] 100 FT 202DY00015 100-4673 L : 115 40 1.950 [49.53] 2.000 [50.80] 100 FT 402DY00016 100-4673 L Capacitance (pf/ft): 10 64 3.150 [80.01] 3.200 [81.28] 100 FT 642DY00012 100-4673 L Crosstalk: Other Conductor Counts Available on Request L Near End: 3.0% Far End: 2.8% S C a t a b n l e d s a r 26 AWG 7/34 Silver Plated d F

No. of Dimensions Roll Part Spec Copper l a

Cond. A B Length Number Number t 26 AWG 7/34 Silver Plated Copper - 0.032 [.81] L Impedance (Ohms): 100 R i b

10 0.450 [11.43] 0.500 [12.70] 100 FT 102EY00002 100-5021 L Capacitance (pf/ft): 11.5 b o

20 0.950 [24.13] 1.000 [25.40] 100 FT 202EY00001 100-5021 n L Crosstalk: 40 1.950 [49.53] 2.000 [50.80] 100 FT 402EY00001 100-5021 L Near End: 2.8% 64 3.150 [80.01] 3.200 [81.28] 100 FT 642DY00002 100-5021 Far End: 2.8% Other Conductor Counts Available on Request

49 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

0.8 mm [0.0315"] Centerline PVC Insulation Ribbon Cable

Product Specifications B L Insulation: PVC Impedance, GSG: 90 Ohms A L L Capacitance, GSG: 21.0 ft/ft .031±0.002 [.787±.051] L Crosstalk: +0.003/ -0.002 0.016 TYP Near End: 3.25% [0.406 +0.076/ -0.051] L Far End: 3.31% L Propagation Delay: 1.49 ns/ft L Voltage Rating: 150 Volts UL Recognized: 0.027 ±0.002 L 2678 0.0075 [0.190] [0.686 ±0.051] L CSA: AWM 1A FT1 L Color: Gray

No. of Dimensions Roll Part Spec Cond. A B Length Number Number 30 AWG 7/38 Tin Plated Copper - 0.027 [.68] 10 0.279 [7.09] 0.31 [7.87] 100 ft 0-1284416-1 100-6364 20 0.589 [14.96] 0.62 [15.75] 100 ft 0-1284417-1 100-6364 40 1.21 [30.73] 1.24 [31.50] 100 ft 0-1284418-1 100-6364 Other Conductor Counts Available on Request s n e o l b b b a i C R 1 mm [0.0394"] Centerline PVC IDC Ribbon Cable t a l F Product Specifications d r B a Insulation: d L PVC A n a Impedance, GSG: t L 90 Ohms S L Capacitance, GSG: 16.5 ft/ft L Crosstalk: Edge Mark on L Near End: 4.0% Conductor #1 Far End: 6.0% 0.0197 [0.500] L Propagation Delay: 1.47 ns/ft

.0394 L Voltage Rating: 150 Volts [1.00] UL Recognized: TYP L AWM Style 2678

No. of Dimensions Roll Part Spec Cond. A B Length Number Number 28 AWG 7/36 Tin Plated Copper - 0.031 [.79] 6 0.197 [5.00] 0.236 [6.00] 100 ft. 1-57051-7 100-7096 10 0.354 [9.00] 0.394 [10.00] 100 ft. 1-57051-9 100-7096 12 0.433 [11.00] 0.472 [12.00] 100 ft. 5-57051-2 100-7096 20 0.748 [19.00] 0.787 [20.00] 100 ft. 2-57051-2 100-7096 40 1.535 [39.00] 1.575 [40.00] 100 ft. 2-57051-7 100-7096 44 1.693 [43.00] 1.732 [44.00] 100 ft. 2-57051-8 100-7096 50 1.929 [49.00] 1.969 [50.00] 100 ft. 2-57051-9 100-7096 6 0.197 [5.00] 0.236 [ 6.00] 500 ft. 0-57051-1 100-7096 10 0.354 [9.00] 0.394 [10.00] 500 ft. 0-57051-3 100-7096 12 0.433 [11.00] 0.472 [ 12.00] 500 ft. 5-57051-3 100-7096 20 0.748 [19.00] 0.787 [ 20.00] 500 ft. 0-57051-6 100-7096 40 1.535 [39.00] 1.575 [40.00] 500 ft. 1-57051-1 100-7096 44 1.693 [43.00] 1.732 [ 44.00] 500 ft. 1-57051-2 100-7096 50 1.929 [49.00] 1.969 [50.00] 500 ft. 1-57051-3 100-7096 Other Conductor Counts Available on Request

50 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

1 mm [0.0394"] Centerline FEP Insulation IDC Ribbon Cable

Product Specifications B L Insulation: FEP A L Impedance, GSG: 100 Ohms L Capacitance, GSG: 12.0 ft/ft L Crosstalk: L Near End: 2.8% Far End: 2.5% 0.0197 [0.500] L Propagation Delay: 1.21 ns/ft Voltage Rating: .0394 L 300 Volts [1.00] UL Recognized: AWM Style TYP L 20424 L Color: Blue

No. of Dimensions Roll Part Spec Cond. A B Length Number Number 28 AWG 7/36 Silver Plated Copper - 0.031 [.79] 10 0.354 [9.00] 0.394 [10.00] 100 Ft 102DY00017 100-5109 20 0.748 [19.00] 0.787 [20.00] 100 Ft 202DY00016 100-5109 30 1.143 [29.00] 1.182 [30.00] 100 Ft 302DY00013 100-5109 S 40 1.535 [39.00] 1.575 [40.00] 100 Ft 402DY00017 100-5109 C a t a b

50 1.929 [49.00] 1.969 [50.00] 100 Ft 502DY00015 100-5109 n l e d s 80 3.110 [79.00] 3.150 [80.00] 100 Ft 802DY00001 100-5109 a r Other Conductor Counts Available on Request d F l a t R i b b o n

51 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

0.100" [2.54 mm] Centerline IDC Ribbon Cable, PVC Insulation

B Product Specifications

A L Voltage Rating: 300 Volts

.050 [1.27] TYP L UL Recognized: AWM Style 2651 L CSA: AWM IA FTI L Temperature Rating: -20ûC to +105ûC .010 [0.25] L Flammability: UL: VW1

Edge Mark .100 TYP [2.54] Insulation Ð Gray Flame Retardant Flexible PVC .007 [0.17] Minimum Insulation Thickness

No. of Dimensions Roll Part Spec Cond. A B Length Number Number 26 AWG 7/34 Tin Plated Copper - 0.035 [.89] 5 0.400 [10.16] 0.500 [12.70] 250 ft 0-57744-5 100-7244 10 0.900 [22.86] 1.000 [25.40] 250 ft 1-57744-0 100-7244 15 1.400 [35.56] 1.500 [38.10] 250 ft 1-57744-5 100-7244 20 1.900 [48.26] 2.000 [50.80] 250 ft 2-57744-0 100-7244 s n

e 25 2.400 [60.96] 2.500 [63.50] 250 ft 2-57744-5 100-7244 o l b b 28 2.700 [68.58] 2.800 [71.12] 250 ft 2-57744-8 100-7244 b a i C

R 26 AWG 7/34 Overcoated Tin Plated Copper - 0.039 [.99] t

a 5 0.400 [10.16] 0.500 [12.70] 250 ft 0-57745-5 100-7245 l

F 10 0.900 [22.86] 1.000 [25.40] 250 ft 1-57745-0 100-7245 d r 15 1.400 [35.56] 1.500 [38.10] 250 ft 1-57745-5 100-7245 a d 20 1.900 [48.26] 2.000 [50.80] 250 ft 2-57745-0 100-7245 n a 25 2.400 [60.96] 2.500 [63.50] 250 ft 2-57745-5 100-7245 t

S 28 2.700 [68.58] 2.800 [71.12] 250 ft 2-57745-8 100-7245 24 AWG 7/32 Tin Plated Copper - 0.044 [1.12] 5 0.400 [10.16] 0.500 [12.70] 250 ft 0-57746-5 100-7137 10 0.900 [22.86] 1.000 [25.40] 250 ft 1-57746-0 100-7137 15 1.400 [35.56] 1.500 [38.10] 250 ft 1-57746-5 100-7137 20 1.900 [48.26] 2.000 [50.80] 250 ft 2-57746-0 100-7137 25 2.400 [60.96] 2.500 [63.50] 250 ft 2-57746-5 100-7137 28 2.700 [68.58] 2.800 [71.12] 250 ft 2-57746-8 100-7137 24 AWG 7/32 Overcoated Tin Plated Copper - 0.044 [1.12] 5 0.400 [10.16] 0.500 [12.70] 250 ft 0-57747-5 100-7242 10 0.900 [22.86] 1.000 [25.40] 250 ft 1-57747-0 100-7242 15 1.400 [35.56] 1.500 [38.10] 250 ft 1-57747-5 100-7242 20 1.900 [48.26] 2.000 [50.80] 250 ft 2-57747-0 100-7242 25 2.400 [60.96] 2.500 [63.50] 250 ft 2-57747-5 100-7242 28 2.700 [68.58] 2.800 [71.12] 250 ft 2-57747-8 100-7242 22 AWG 7/30 Tin Plated Copper - 0.051 [1.30] 5 0.400 [10.16] 0.500 [12.70] 250 ft 0-57748-5 100-7178 10 0.900 [22.86] 1.000 [25.40] 250 ft 1-57748-0 100-7178 15 1.400 [35.56] 1.500 [38.10] 250 ft 1-57748-5 100-7178 20 1.900 [48.26] 2.000 [50.80] 250 ft 2-57748-0 100-7178 25 2.400 [60.96] 2.500 [63.50] 250 ft 2-57748-5 100-7178 28 2.700 [68.58] 2.800 [71.12] 250 ft 2-57748-8 100-7178

52 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

0.156" [3.96mm] Centerline IDC Ribbon Cable, PVC Insulation

Product Specifications B Voltage Rating: A L 300 Volts L UL Recognized: AWM Style .078 [1.96] TYP 2651 L CSA: AWM IA FTI

.010 [0.25]

Edge Mark .156 TYP [3.95] Insulation Ð Gray Flame Retardant Flexible PVC .007 [0.17] Minimum Insulation Thickness Temperature Rating Ð -20¡C to +105¡C Flammability Ð UL: VW1

No. of Dimensions Roll Part Spec Cond. A B Length Part Number Number S C a 22 AWG 7/30 Tin Plated Copper - 0.051 [1.30] t a b n

2 0.156 [ 3.96] 0.312 [ 7.92] 250 Ft 0-57750-2 100-7234 l e d s 5 0.624 [15.85] 0.780 [19.81] 250 Ft 0-57750-5 100-7234 a r 10 1.404 [35.66] 1.560 [39.62] 250 Ft 1-57750-0 100-7234 d F

15 2.184 [55.47] 2.340 [59.44] 250 Ft 1-57750-5 100-7234 l a

20 2.964 [75.29] 3.120 [79.25] 250 Ft 2-57750-0 100-7234 t R i

24 3.588 [91.14] 3.744 [95.10] 250 Ft 2-57750-4 100-7234 b b

18 AWG 7/26 Tin Plated Copper - 0.068 [1.73] o 2 0.156 [ 3.96] 0.312 [ 7.92] 250 Ft 0-57752-2 100-4394 n 5 0.624 [15.85] 0.780 [19.81] 250 Ft 0-57752-5 100-4394 10 1.404 [35.66] 1.560 [39.62] 250 Ft 1-57752-0 100-4394 13 1.872 [47.55] 2.028 [51.51] 250 Ft 1-57752-3 100-4394 Other Conductor Counts Available on Request

53 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

RF Coaxial Cables

Theory and Application The electric (E field) is radial and varies in time. An alternating current flows along the inner conductor and The proper selection and application of cables requires a the outer conductor. An oscillating magnetic field (H field) knowledge of factors not involved in other types of cables. circles the inner conductor. The following paragraphs have been prepared to aid in the selection of proper coax cable: The alternating current on a conductor is not spread throughout the conductor but is strongest at the surface Signal Integrity and Propagation and decays exponentially at points further into the conductor. This is called the skin effect. At a frequency of To explain how to maintain signal integrity, it is necessary 1MHz, three skin depths is 0.0078” (95% of the current to review how the signal is configured in a cable and how is within three skin depths of the surface) and at 10GHz it propagates. Ignoring digital signals for this discussion three skin depths is 0.00078”. As a result, the current is on we will identify the issues that deal with the integrity of a the outer surface of the inner conductor and the inner sur- sine wave. Consider a coaxial cable consisting of an inner face of the outer conductor over the entire range of interest conductor surrounded by a dielectric material and then an for most RF systems. The dimensions and material beyond outer conductor (See Figure 1). The outer conductor several skin depths have no effect on the wave; gold plated may be a braid, a foil, or a solid metal. plastic will propagate as well as gold plated copper at An electromagnetic wave traveling in a coaxial cable sufficiently high frequencies. produces an electric and a magnetic field between the inner conductor and the outer conductor (Figure 2).

Outer Conductor

d D l n a o c i i t n a Dielectric Center h m c Material Conductor r e o T f n

I Figure 1

Diagram of a Cable

E H

Figure 2

Electric field (E) and magnetic field (H) belonging to the principal mode in a coaxial line.

54 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

RF Coaxial Cables (Continued)

Velocity of Propagation The wavelength of a signal is given by the formula When an electromagnetic wave travels in a medium other 10 ______c 1.18______x 10 inches than air or vacuum, the velocity for the wave is reduced by λ = v/f = = a factor of the square root of the dielectric constant ( ε) of √ε x f (GHz) √ε x f (GHz) the media. The velocity (v) of the propagation of a signal is given by: c v= __ √ ε Where c is the speed of light, 3 x 108 m/sec or 1.18 x 1010 in/sec, and ε is the dielectric constant of the medium. (See Table 1 for dielectric constants of various materials)

Inches 1000

100 s h t g n

e 10 l e v a W

1 I T n

0.1 e f c o h r m .001 GHz .01 GHz .1 GHz 1 GHz 10 GHz 100 GHz n i a c a t

Frequency (MHZ) i

FREQUENCY (MHZ) l o n TEFLON (E=2.03) AIR (E=1.00) Figure 3

Table 1. Properties of Insulating Materials Dielectric Dielectric Operating ______Material______Constant______Temperature Range TFE 2.03 -70 +250¡C Polyethylene 2.3 -60 +80¡C Nylon 4.6-4.0 -40 +120¡C Polypropylene 2.25 -40 +105¡C

55 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

RF Coaxial Cables (Continued)

Attenuation Reflections A wave loses energy (attenuates) in several ways: (1) The When the characteristic impedance changes in a transmis- resistance of the inner and outer conductors is small but sion line system, part of an incident wave is reflected. The can be significant over long lengths and will produce some reflection coefficient can be calculated as: heat. (2) The dielectric may cause loss; it’s resistance is V Z - Z high but not infinite, and some energy is lost. i R O Reflection Coefficient = ρ= ___ = ______(3) Electromagnetic energy radiates at high frequencies; V Z + Z significant energy losses are caused by radiation of R R O electromagnetic energy (the cable acts like an antenna). Where Vi and Zo are the incident voltage and impedance of

(4) Energy is reflected due to impedance mismatches or the first media. VR and ZR represent the reflected voltage and impedance discontinuities. The combination of these four impedance of the media that caused the reflection. The types of losses are referred to as the insertion loss of a decibel loss due to reflection is given by: transmission line system. 1 Return Loss = 10 Log ( ____ ) dB Characteristic Impedance 10 1-ρ 2 A parameter which defines the behavior of a cable, connector, or any propagating system is Characteristic Impedance, Zo. The characteristic impedance of a loss- VSWR less cable is related to the inductance per unit length, L, The traditional way to determine the and the capacitance per unit length, C, as follows: reflection coefficient is to measure Zo =√ L/C in ohms the standing wave caused by the superposition of the incident wave The equivalent circuit of a transmission line is shown in and the reflected wave. Traditionally Figure 4. R represents the conductor resistance for a unit the voltage is measured at a series length. of points using a slotted line. The ratio of the maximum divided by the LR minimum is the Voltage Standing Wave Ratio (VSWR). The VSWR is infinite for total reflections because the minimum voltage is zero. If no reflection occurs the VSWR is 1.0. Z C 0 VSWR and reflection coefficient are related as follows: VSWR = (1 + ρ)/(1 - ρ) l n a o c i i t Present instrumentation measures n a Figure 4 h the return loss. m c r e

o Typical Transmission Line Schematic T f Figure 5 represents the relationship n I between VSWR and its equivalent For a coaxial cable the characteristic in return loss (expressed in dB). impedance is given by:

138 D Zo = x Log10 in ohms √ ε d

where “D” is the inner diameter of the outer conductor and Figure 5 “d” is the outer diameter of the inner conductor, respective- VSWR vs. Return Loss ly. Similar equations apply for other geometries such as two parallel wires. Multiple Reflections As can be observed from this equation, the impedance is a If there is a series of impedance changes, each one will function of the diameters. Generally the conductor diameter cause a reflection. The total reflection is the vector can be very accurately controlled, but the dielectric diameter addition of each of the individual coefficients accounting can vary based on the accuracy of the process. If the for the distance between discontinuities. Even though impedance changes are a consistent spacing of one 1/4 the calculations are difficult, a total VSWR can still be wavelength, this can cause significant signal loss. measured.

56 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Cable Design

Conductor - Materials/Construction: Copper Conductors: Conductor Material: Resistivity The ability of a material to act as a conductor, semi-con- All conductor materials possess resistance to ductor or insulator is determined by that material's pass electrical energy. molecular structure. Ampacity Copper Ampacity (or current carrying capacity) is determined Copper is by far the most versatile and the most widely by a number of factors; used conductor material. It is also compatible with numer- 1. The maximum continuous thermal performance of ous coatings to enhance termination and retard corrosion. the covering insulation, Annealed copper conductors provide better flex life than hard copper conductors. 2. By the heat generated in the cable (result of conductor and insulation loses) and Copper Clad Steel 3. By the heat-dissipating properties of the cable Copper covered steel is utilized when greater strength and its environment. than that of solid copper conductor is required and where some of the conductivity of solid copper can be sacrificed. Heat generated in a conductor varies as the square of the Copper clad steel consists of a steel core with a concen- applied current. The factors influencing current carrying capacity tric copper covering thoroughly bonded to it. The most are: widely used grades are: * Conductivity of Conductor Material - The higher conductivity materials such as silver and copper possess higher High Strength - 40% Conductivity current carrying capacity compared with alloys or aluminum High Strength - 30% Conductivity. hence generating less heat. The above conductivity is expressed in terms of con- * Conductor Size- Ampacity varies directly with conductor size ductivity of a solid copper wire of equal diameter. and will increase as the diameter increases. Where greater flexibility is necessary, the annealed * Insulation Material - The specific heat of the insulating grade should be specified since it employs a soft steel material will determine its ability to conduct heat through the core with the flexibility near that of copper but with twice wall to the surrounding medium (air, water, etc.) In no case the strength. High strength will be achieved by using the should the conductor temperature exceed the thermal rating of hard drawn form. In the applications of high frequency the insulation. transmission, no loss of conductivity is evident from that * Surrounding Temperature - Ambient conditions such as a of solid copper due to transmission along the copper higher air temperature will reduce heat transfer away from the surface (skin effect). However, at power frequencies, the conductor. conductivity is 30 or 40% that of copper wire. Stranding I High Strength Alloys T n e

Stranded conductor constructions were developed as a means of f c Greater breaking strength and flex life are achieved by o h overcoming the rigidity of solid wires. For any given wire size, the r m alloying copper with cadmium chromium, cadmium, n i a chromium and zirconium. With only a slight increase in greater the number of strands with corresponding decrease in c a t i l resistivity compared with copper clad steel, these alloys individual strand size, the more flexible and costly the conductor. o allow size and weight reduction to be achieved in An increase in diameter must be associated with the use of n electronic and aerospace applications. stranded wires; resistance and weight are affected as well, Cadmium Chromium copper provides the highest depending on the number of strands and lay length used. conductivity of the above four alloys and is suitable for There are specific numbers of strands which lend themselves to high temperature application. round configurations, i.e., 7, 12, 19, 27 and 37. Normally beyond 37 strands, rope type constructions are utilized consisting of 7 or 19 strand groups.

Property Annealed Copper Clad Steel High Strength Copper (40% Conductivity) Alloy 135 Density (gm/cm3) 8.89 8.15 8.71 Resistivity (ohm-cm/ft) 10.37 26.45 11.30 Tensile Strength (psi) 35,000 110,000 60,000 Coating Available* T S N S S N Maximum Service Temp (¡C) 150 200 260 200 200 200 *T-Tin S-Silver N-Nickel

57 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Technical Information 58 eie 20 ilmtr nesohrie eeec upssol.www.tycoelectronics.com www.madisoncable.com referencepurposes only. USA:1-877-MADISON(623-4766) millimeters unlessotherwise Dimensions areshownfor Dimensions areininchesand Revised 02-05 Catalog 1654194 Table 3ConductorData(StrandedCopper) Table 2ConductorData(SolidCopper) AWG AWG 41/6002 .5 0 .5 .118 799. 7188.9 78.7 27.1 100.7 24.0 145.7 91.5 30.7 118.1 44.4 79.7 142.1 27.9 102.4 36.0 164.4 43.3 150.9 24.3 202.4 31.2 121.1 1.80 50.1 145.0 46.0 251.3 61.7 2.01 36.9 1.21 1.59 170.0 311.4 44.2 76.6 321.5 1.15 208.7 1.36 543.6 94.9 1.07 51.2 0.258 1.42 98.0 258.2 1.13 1.03 165.7 63.6 0.289 321.5 0.956 0.228 0.989 400 330.1 78.7 0.756 561.0 0.161 0.839 448 98.0 0.664 0.196 100.6 353 0.163 171.0 0.559 0.638 0.563 250 0.546 0.142 0.610 304 0.504 0.429 0.0220 0.533 0.302 0.118 250 0.366 0.0240 0.457 0.339 220 0.0915 16/36 0.203 0.0210 0.483 24 183 0.0766 0.483 142.4 24 0.0180 112.9 7/32 0.0723 24 0.0434 0.0190 7/33 142 0.432 314.0 24 249.0 0.0190 26/40 119 0.373 24 56.34 112 19/38 0.0170 44.67 25 3.28 67 4.14 0.343 10/36 35.43 26 124.2 0.0147 98.48 0.305 26 7/35 22.28 0.297 0.99 78.10 0.0135 1.26 26 8.28 0.236 19/40 10.4 26 0.0120 49.12 3.38 0.0117 13.2 4.27 11.11 27 7/37 0.0093 2.52 28 3.18 19/42 21.0 24.50 1.03 28 1.30 7/38 4.02 8.56 29 7/40 10.8 46.800 6.39 30 37.100 41.9 13.6 30 2.61 31.4000 24.9000 3.29 32 21.6 5.2600 12.8 4.1700 4.15 18.500 14.700 10380 6.59 1.14 12.4000 8230 11.600 42.9 9.8700 2.590 2.0800 2.300 7.8100 0.71 7.320 2.50 1.6500 13.1 101.9 0.57 4110 1.3100 90.7 4.9200 3260 0.1019 1.57 3.660 0.45 1.630 430 2580 0.0907 1.25 0.8230 0.36 1.450 10 2.4600 64.1 1.290 675 11 0.99 1620 131 57.1 857 0.4110 12 0.78 0.0641 50.8 1.020 13 0.0571 1080 206 446 812 14 0.0508 1360 261 40.3 15 0.724 331 705 16 0.0403 136 415 890 1 28.5 18 1148 215 0.357 19 1447 0.0285 274 2 0.2400 350 0.228 21 441 0.179 0.0401 2 0.1530 0.141 2 0.1200 0.113 79.2 0.0255 2 0.0949 0.0201 2 0.0757 0.226 50.4 0.0159 2 39.7 0.0127 2 8.9 0.180 31.4 2 0.160 25.0 2 0.0089 7.1 0.142 3 6.3 0.127 31 0.0071 5.6 3 0.0063 5.0 33 0.0056 34 0.0050 35 36 .303. .1 00059 .004601. 441. 323.914.01 8.81 30.89 6.99 5.76 19.43 4.55 33.2 15.41 3.62 12.69 2.87 53.2 10.07 10.1 2.27 66.6 7.98 1.81 84.2 6.33 16.2 1.43 106 34.4 5.02 20.3 135 3.98 0.90 25.7 54.8 169 3.16 32.4 10.5 68.6 214 41.0 1.98 86.9 266 16.7 51.4 340 4.610 109 20.9 65.3 139 26.5 2.890 532 3.1000 81.2 174 33.4 104 2.310 221 0.5190 1.9400 42.4 1.820 275 162 1.5500 53.1 1.440 0.3240 351 1020 1.2200 67.5 1.140 0.2590 0.9700 83.9 0.908 0.813 554 640 0.2050 0.7650 107 0.716 511 0.1620 0.6100 32.0 0.576 0.643 404 0.1280 7 169 0.4810 0.451 0.574 320 0.1020 0.0320 0.3870 25.3 0.511 253 0.0806 0.3030 0.289 22.6 0.455 202 0.0649 0 0.0253 20.1 0.404 159 0.0507 0.0226 0.1940 17.9 0.361 128 2 0.0201 15.9 0.0324 0.320 100 3 0.0179 14.2 0.287 4 0.0159 12.6 64.0 0.254 5 0.0142 11.3 6 0.0126 0.203 10.0 7 0.0113 8 0.0100 8.0 9 0 0.0080 2 Stranding nhsml mcr.ml q mlsKtK/mom/f hsK hsKtom/mls mx.Kg(max.) lbs.(max). ohms/Km ohms/Kft ohms/Km ohms/Kft Kg/Km lbs/Kft sq.mm circ.mils mm mils inches 0.0808 0.0720 0 0.0453 05 5909219 .50390 .0 .12. .52. 89 17.67 38.95 26.4 8.05 27.3 8.31 5.800 3.9000 0.6530 1290 0.912 35.9 .0359 41/140 03 .200593702612 .92. 122. 88.9 27.1 91.2 27.8 1.79 1.20 0.256 397 0.559 0.0220 19/36 10/34 7/34 7/36 D iameter 80.8 72.0 4 . .5 00100 .3092052 7150 666.328.09 61.93 16.6 5.05 17.1 5.22 9.240 6.2300 1.0400 2050 1.150 5.3 inches .17033150130590786. 1. 22204.1 62.2 210.3 64.1 0.788 0.0220 0.529 0.0240 0.113 175 0.0190 0.373 0.0147 r erceuvlns tochange. are metric equivalents. specified. Values inbrackets Diameter 2.050 1.830 Cable Design Electronic Cable mcr.ml q nlsKtK/mom/f hsk hsKtohms/km ohms/Kft ohms/km ohms/Kft Kg/Km lbs/Kft sq.mn circ.mils mm 0.559 0.610 0.483 C 10260 570 34020 .920 .616671.03 156.6 6.56 2.00 6.79 2.07 23.400 15.7000 2.6300 6530 5180 ross Section raTne oprBr oprStrength BareCopper TinnedCopper Area 3.3100 Cross-Section 394 475 278 Specifications subject (Continued) Area 19.8000 .5 .318 959. 8292.5 28.2 96.8 29.5 127.3 1.83 38.8 1.23 130.6 0.254 39.8 0.306 1.25 0.840 0.179 W eight 29.500 1.47 Weight D 1.64 R@2¡ C 0 Break DCR@20¡ CR @20¡C .82. 682. 76.1 23.2 76.8 23.4 2.18 5.38 indCpe Bare Copper Tinned Copper DCR @20 .952 9. 89.58 197.5 5.21 1.59 ¡ C DCR @20¡C Electronic Cable

Cable Design (Continued)

Table 3 Conductor Data (Stranded Copper) (continued) Cross-Section DCR @ 20¡C DCR @ 20¡C Diameter Weight AWG Stranding Area Tinned Copper Bare Copper inches mm circ. mils sq. mm lbs/Kft Kg/Km ohms/Kft ohms/km ohms/Kft ohms/km 22 7/30 0.0300 0.762 700 0.452 2.11 3.15 15.4 50.5 15.4 50.5 22 16/34 0.0280 0.711 635 0.410 1.92 2.86 17.3 56.8 17.1 56.1 22 19/34 0.0300 0.762 754 0.487 2.32 3.46 14.9 48.9 14.3 46.9 22 26/36 0.0290 0.737 650 0.419 2.10 2.99 17.3 56.8 16.8 55.1 22 27/36 0.0290 0.737 675 0.435 2.08 3.1 16.8 55.1 16.1 52.8 22 66/40 0.0280 0.711 634 0.409 1.99 2.97 18.6 61.0 18.1 59.4 21 19/33 0.0345 0.876 958 0.618 2.96 4.4 11.6 38.1 11.3 37.1 20 7/28 0.0380 0.965 1111 0.717 3.36 5.01 9.8 32.2 9.6 31.5 20 10/30 0.0360 0.914 1000 0.645 3.02 4.5 10.8 35.4 10.9 35.8 20 19/32 0.0380 0.965 1216 0.785 3.75 5.59 9.2 30.2 8.9 29.1 20 26/34 0.0360 0.914 1032 0.666 3.20 4.77 10.7 35.1 10.5 34.4 20 41/36 0.0360 0.914 1025 0.661 3.19 4.76 11.0 36.1 10.8 35.4 20 42/36 0.0360 0.914 1050 0.677 3.27 4.87 10.8 35.4 10.4 34.1 20 7x38/44 0.0400 1.02 1064 0.686 3.35 4.98 11.2 36.7 11.1 36.4 19 24/32 0.0420 1.07 1536 0.991 4.77 7.1 7.1 23.3 7.0 22.9 18 7/0.0152 0.0455 1.16 1617 1.04 4.89 7.28 6.7 21.9 6.7 21.9 18 7/26 0.0480 1.154 1770 1.14 5.35 7.97 6.2 20.3 6.1 20.0 18 16/30 0.0450 1.143 1600 1.03 4.84 7.21 6.8 22.3 6.7 21.9 18 19/30 0.0480 1.219 1900 1.22 5.86 8.73 5.8 19.0 5.7 18.7 18 41/34 0.0440 1.118 1627 1.05 5.07 7.55 6.9 22.6 6.7 21.9 18 65/36 0.0440 1.118 1625 1.05 5.11 7.61 6.8 22.3 6.8 22.3 18 7x59/44 0.0530 1.346 1652 1.07 5.20 7.74 7.3 23.9 7.0 22.9 16 7/24 0.0600 1.524 2828 1.82 8.55 12.7 3.9 12.8 3.8 12.5 16 7/0.0192 0.0570 1.448 2580 1.66 7.81 11.6 4.3 14.1 4.2 13.8 16 19/29 0.0540 1.372 2426 1.57 7.49 11.1 4.5 14.8 4.4 14.4 16 19/0.0117 0.0560 1.422 2601 1.68 8.02 11.9 4.2 13.8 4.2 13.8 16 26/30 0.0570 1.448 2600 1.68 8.07 12.0 4.3 14.1 4.2 13.8 16 65/34 0.0570 1.448 2580 1.66 8.12 12.1 4.3 14.1 4.3 14.1 16 105/36 0.0570 1.448 2625 1.69 8.26 12.3 4.3 14.1 4.2 13.8 14 7/0.0242 0.0725 1.842 4099 2.64 12.4 18.5 2.7 8.86 2.7 8.86 I T n

14 7/22 0.0760 1.930 4481 2.89 13.6 20.2 2.5 8.20 2.6 8.53 e f c o h

14 19/27 0.0675 1.715 3831 2.47 12.1 17.9 2.8 9.19 2.6 8.53 r m n

14 19/0.0147 0.0710 1.803 4106 2.65 12.9 19.2 2.7 8.86 2.7 8.86 i a c a t

14 41/30 0.0700 1.778 4100 2.65 12.8 19.0 2.7 8.86 2.7 8.86 i l o

12 7/0.0305 0.0920 2.337 6512 4.20 19.7 29.3 1.7 5.58 1.7 5.58 n 12 19/25 0.0850 2.159 6088 3.93 18.8 28.0 1.8 5.91 1.8 5.91 12 19/0.0185 0.0880 2.235 6502 4.19 20.1 29.9 1.7 5.58 1.7 5.58 12 65/30 0.0890 2.261 6500 4.19 20.4 30.4 1.7 5.58 1.7 5.58 12 7x24/34 0.1000 2.540 6668 4.30 21.0 31.2 1.7 5.58 1.7 5.58 10 19/0.0234 0.1120 2.845 10404 6.71 32.1 47.8 1.1 3.61 1.1 3.61 10 37/26 0.1080 2.743 9354 6.03 29.0 43.2 1.2 3.94 1.2 3.94 10 105/30 0.1150 2.921 10500 6.77 33.0 49.2 1.1 3.61 1.0 3.28 8 19/0.0295 0.1380 3.505 16535 10.7 51.0 75.9 0.66 2.17 0.66 2.17 8 7x19/29 0.1600 4.064 16983 11.0 53.4 79.5 0.65 2.13 0.65 2.13 8 7x24/30 0.1620 4.115 16800 10.8 52.8 178.7 0.65 2.13 0.65 2.13 6 7x19/27 0.1990 5.055 26818 17.3 84.4 125.6 0.41 1.35 0.41 1.35 4 7x19/25 0.2500 6.350 42615 27.5 134.1 199.6 0.39 1.28 0.39 1.28 4 7x60/30 0.2520 6.400 42000 27.1 132.1 196.7 0.26 0.853 0.26 0.85

59 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Cable Design (Continued)

Strand Construction Equilay - Composed of multi-layers of helically laid wire, with the direction of lay reversed for succeeding layers. As Bunched - Conductor strands of any number twisted togeth- the name designates, all layers have equal lay length. er in the same direction without regard to the geometric arrangement. Rope - Is cabled groups of any of the above stranded members. It is standard to use a number of groups that provide a round construction (7, 13, 19, 27). Rope lay is basically used for large gauge (No. 10 AWG and larger) constructions that consist of a central core stranded member surrounded by one or more layers of stranded members.

Bunch Stranding

True Concentric - A central wire surrounded by layers of helically laid wires. Each layer has reversed lay direction and an increasing lay length in each succeeding layer. The inner layer will support the outer layers to prevent migration of strand that can Rope Stranding occur in bunch constructions.

Conductor Coatings

Bare copper conductor will oxidize from exposure to the atmosphere forming copper oxide on the surface. Oxidation and other types of corrosion are accelerated by the presence of heat, moisture, and some insulating materials such as rubber. The oxide film is a poor conducting material and must be removed to assure a good, reliable l True Concentric and Equilay Stranding n

a terminal connection. To prevent corrosion and enhance o c i i t terminating (soldering), bare copper is coated with a metal n a Unidirectional Concentric - A central wire surrounded by one h that is not susceptible to oxidation and corrosion. Contact m c r

e or more layers of helically laid wires with same direction of

o resistance between conductors and terminals is reduced T f

n lay and increasing lay length in each

I with coating materials like tin, silver and nickel. succeeding layer. It has an advantage of much greater flexibility and flex life than true concentric. Tin is the most frequently used coating; however, nickel and silver are used for specific applications. Unilay - A multi-layer of helically laid wires with the same direction and same lay length for each layer. Tin - The least expensive coating for ordinary usage is tin. It is a soldering aid and is specified when that type of terminating method is used.

Tinned Copper - Normally a film thickness of 20 micro-inches (.000020") is applied to each strand. The strands are twisted together to form the tinned copper conductor.

Heavy Tinned Copper - Carries a heavier tin thickness on the individual strand - 100 micro-inches on smaller than 30 AWG strands; 150 micro-inches on 30 AWG and larger. Unidirectional Concentric and Unilay Stranding

60 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Cable Design (Continued)

Prefused Copper - Consists of twisted strands of heavy General Terms: tinned copper fused with heat along the length. Thermoplastic: Materials that soften and flow when heated. Overcoated Copper - Consists of tinned strands of copper Usually possess a definite melting point. The material will twisted together followed by a tin coating over the twisted become firm again upon cooling. These materials can be conductor. The finished product is bonded along its entire molded and shaped with a heating and cooling process. length. (This process can be repeated.) Extrusion of melt flow polymers on wire is an example of this type of material. Topcoated Copper - Consists of bare copper strands twisted together, with the resulting conductor given a coating of Thermoset: Materials are soft and pliable during one stage tin. The finished product is bonded along its entire length. of processing, can be molded and extruded at this state after which they are set or cured, usually at a higher tem- Silver - Silver is primarily electroplated to copper and then perature. After the setting process (cross linking) is com- drawn down to the proper conductor size with a resulting plete they cannot be softened by reheating, hence heat 40 micro-inch coating. Silver-coated conductors are reli- and solvent resistance properties are improved over ther- able for continuous temperature application through moplastic materials. 200°C. Although higher in cost than tinned copper, silver coated conductors have a lower Insulation: Materials possessing good dielectric properties resistance, than either tin or nickel coated conductors. used on wire components in cable usually as direct cover- At higher frequencies, the current density is at the ing on conductors. conductor surface (skin effect) thereby making this highly conductive coating material the most effective Jacket: Materials that provide a protection in mechanical of all coatings. and chemical properties applied as a direct covering over cable components. The choice of materials for cable Nickel - Nickel plating is considered suitable for continuous design to satisfy any given combination of installation and service up to 260°C. At these elevated temperatures, nick- environmental conditions can often be more critical than el does not tarnish as does silver. the electrical requirements.

Insulation and Jacket Compound Properties* Max Operating Dielectric Specific Oxygen Insulation/Jacket Material Temp °C K @ 1Mhz Gravity Index Introduction: Vinyl (PVC) I T

Plasticized (Conventional) 105 4-6 1.38 26-30 n e f c Semi Rigid 80 4.0 1.39 36 o h r

Based on the requirements the best insulating material for m Irradiated 105 2.70 1.38 27 n i a the application will be selected. The selection may involve c a Polyethylene t i l examination of many different performance properties. The o

Low Density 80 2.28 0.92 18 n properties are addressed in the following sections and High Density 80 2.34 0.95 18 tables. Flame Retardant 80 2.35 1.0 27 Cellular (Foam) 80 1.551 0.501 18 Cross-Linked 90 2.44 1.19 27 Polypropylene Solid 90 2.30 0.91 18 Cellular (Foam) 90 1.501 0.501 18 Thermoplastic Elastomer 105 2.80 1.20 32 Teflon¨ FEP Solid 200 2.1 2.15 95 Cellular (Foam) 200 1.41 1.11 40 Teflon¨ PFA 250 2.1 2.15 30 Tefzel¨ ETFE 150 2.6 1.7 30 Kynar¨ PVDF 135 6.4 1.76 44 Halar¨ ECTFE 150 2.56 1.7 30 Nylon 105 4-8 1.13 22 Mylar (Polyester) 150 3.0 1.40 20 Polyurethane 80 — 1.13 20-29 Solef¨ PVDF 150 — 1.78 40 * Nominal Values 1 Properties based on expansion level

61 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Cable Design (Continued)

General Properties of Insulation Compounds Polyvinyl Chloride (PVC): This material is available in many formulations tailored to meet specific needs. Madison The primary insulation material is the most important of the provides two (2) basic types: cable materials for overall performance reasons. Plasticized flexible materials for 80°, 90°, and 105°C Voltage dielectric for higher voltage charge at the L applications. conductor surface. Semi-rigid compounds rated at 80°C that can be made L Low loss material for higher frequency signal cables. as thin wall products (8-9 mils).

L Heat resistance in high temperature environments. PVC compounds are moderately good dielectric materials. Depending on the formulation, the dielectric constant can Low temperature flexibility. vary from 3 to 6. Formulations typically include the PVC resin, L plasticizer, stabilizer, flame retardants, fillers, and specialty additives. L Toughness for cut-through, abrasion and crush resistance. PVC compounds are limited to 105°C temperature applications and a cold environment of -40°C. Plasticizers Insulation compounds serve an electrical function first. can migrate from the compound causing the material to Secondary properties consider the environmental factors. become brittle, especially at lower temperatures.

Typical Properties of Madison PVC Insulations

Property Flexible* Semi-Rigid Physical Specific Gravity 1.30-1.40 1.5 Durometer (Hardness) 90 Shore A 63 Shore D Tensile Strength (psi) 1500 3500 Elongation (%) 150-300 200 Max. Opr. Temperature (¡C) 60-105 80 Oxygen Index 25-30 30 l n a

o Solder Iron Resistance Poor Poor to Fair c i i t n a Cut-through Poor to Fair Good h m c Electrical r e o T f Dielectric Constant 4-6 3.0-3.5 n I Volume Resistivity (Ω-cm) 1011-1012 1014 Dielectric Strength (Volts/Mil) 300-600 700 Insulation Resistance 500-2000 5000 (Megohm - 1000 ft.) * Properties vary depending on compound design.

Polyolefins Polyolefins are made up of a family of hydrocarbons similar Electrical performance of polyethylene is excellent. Dielectric in nature to paraffin oils and waxes. Over the past few quality is known by a high dielectric strength (volts per mil), decades they have been the most common of insulation low dielectric constant, low dissipation factor and high materials because of a number of superior characteristics, insulation resistance. These properties are stable over a low cost and availability. broad range of frequencies and temperature.

Polyethylene: It is specified by general classifications of densi- Physical properties of polyethylene are generally considered ty (low, medium, and high). Combined high performance of good except for fire resistance and ultra-violet resistance electrical and physical properties have made (weatherability). Modifiers are used to tailor specific improve- this versatile polymer widely accepted. ments in these areas.

62 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Cable Design (Continued)

Polypropylene: This polyolefin material is characteristic in structure in the finished insulation. Processes of producing an many ways to high density polyethylene; electrical and chem- inert gas in the polymer melt are controlled in the extruder ical resistance are similar. It has superior physical properties and the resulting extrudate can be provided with a variation such as abrasion, cut through, and heat resistance; however, in the amount of voids (air to solid regions). This allows con- it has a lower density. It is flammable, but flame retardant trol over the dielectric constant and dissipation factor. grades can be made available. It is preferred to polyethylene Polyolefin dielectric constant (typically 2.27) can be lowered for stress crack resistance applications. Much of polypropy- to 1.55 by expansion. lene is used in telecommunication cables for physical and dielectric quality. Flame Retardant Polyethylene: Compounds of polyethylene employing fire retardant additives are available, but there is Cellular Polyolefin: Dielectric improvements in capacitance some sacrificing of properties to consider when designing within insulations are provided by production of a cellular these materials into electrical wire applications.

Typical Properties of Madison Polyolefin Insulations

Property Low Density High Density Flame Retardant Polypropylene Cellular (1) Physical Density .92 .95 1.0 .90 .45-.80 Tensile Strength (psi) 2000 3000 2000 3000 600-1000 Elongation (%) 300 500 300 500 100-200 Max. Opr. Temp (¡C) 80 80 80 80 80 Low Temp. Brittleness (¡C) -65 -76 -20 -40 -65 Solder Iron Poor Poor Poor Poor Poor Abrasion Resistance Good Good Fair Good Poor Flame Resistance Poor Poor Good Poor Poor Electrical Dielectric Constant 2.28 2.34 2.35 2.27 1.45-1.75 Dissipation Factor .0002 .0001 .001 .0003 .0002 Insulation Resistance 20000 20000 10000 20000 1000 (Megohm-1000 ft.) Dielectric Strength (Volts/Mil) 800 1000 800 1000 200-500 (1)-properties vary with amount of expansion I T n e f c o h r m n i a c a t i l o Non Halogen Compounds: n Over the past few years, non halogen, flame retardant, reduced emissions compounds have been developed in response to a growing demand for products which offer greater protection against fatalities, injuries and property damage from fire. When burned, cables made with non- halogen flame retardant compounds give off as little as one-quarter the smoke and fumes of conventional cable materials. These compounds have good crush and deformation resistance, good flexibility, excellent long term aging properties plus physical integrity at low temperatures.

63 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Cable Design (Continued)

Fluorocarbons There are a number of fluorocarbon resins available as insu- ETFE (Tefzel®): For application where properties lating materials. Each fluorocarbon type is distinctly different, of FEP are needed, with better chemical resistance. however they all can be classified as highly fire resistant and physically and electrically stable at elevated temperature. ECTFE (Halar®): This material is slightly different from ETFE in chemical resistance, cross-linking ability, electrical, FEP: FEP has a service temperature of 200°C with excellent physical and thermal properties. electrical properties - dielectric constant (2.1) and dissipation factor (.001) that is consistent through its maximum operating Like FEP and TFE, ECTFE is not useful where corona temperature and frequency range. conditions prevail as in high voltage applications. As with other resins, irradiation cross-linking improves stress crack Low temperature properties of FEP are similar to those of TFE resistance. ECTFE ranks among the most radiation resistant resulting in a -65°C rating. FEP insulated wire can be sup- polymers comparing with ETFE and polyethylene in this plied in long continuous lengths allowing it to service a wider property. range of applications. FEP cannot be used in applications where thermosetting quantities are required (solder iron or PVDF (Kynar®): This material is rated for continuous use short term overload). Along with the inherent flame resis- over a temperature range of -65° to 125°C. It has good resistance, this material is widely used in plenum cable applica- tance to corrosive chemical and organic solvents. Although tions because it produces low smoke in fire events. this material is very hard with high tensile strength, abrasion resistance and excellent cut-through, limitations of flexibility PFA: PFA has a 260°C temperature rating, therefore it is an are evident. It is resistant to creep and fatigue. It can be used excellent choice for wiring requiring TFE properties and long in exterior applications because it is stable in sunlight and lengths. other sources of UV radiation.

Typical Properties of Madison Fluorocarbon Insulations

ETFE ECTFE PVDF PVDF Foam Type Trade Trade Trade Trade TEFLON¨ FEP PFA Property Name Name Name name FLUORO- l

n ¨ ¨ ¨ ¨ a

o TEFZEL HALAR KYNAR SOLEF CARBON c i i t

n Specific Gravity 2.15 2.15 1.70 1.68 1.76 1.75 1.10-1.40 a h m c Tensile Strength (psi) 2500 2500 6500 4500 4500 4500 700-1400 r e o T f Elongation (%) 250 250 150 150 150 150 100-150 n I Hardness D55 D60 D75 D75 D75 D75 — Temperature Rating (¡C) 200 260 150 150 125 150 200 Low Temperature (¡C) -65 -65 -65 -75 -65 -35 -65 Flame Resistance Pass Pass Pass Pass Pass Pass Pass (VW-1) Dielectric Constant 2.1 2.1 2.6 2.6 9.7 9.6 1.3-1.7 Dissipation Factor .001 .002 .005 .003 .019 — .0003 Volume Resistivity (Ω-cm) >1018 >1018 >1016 >1015 >107 >1014 — Applications Coaxial Cable High Temp Wire Nuclear Nuclear Computer Plenum Data Plenum Cable Heater Wire Control Control Back Jacket Transmission Heater Cable Geophysical Cable Cable Panel Plenum Coax Computer Cable Fiber Optic Aircraft Wire Oil-well Insul. Plenum Jacket Jacket Computer Computer Wire Cathodic Back Rapid Transit Protection Panel Cable Rapid Transit

TEFZEL and TEFLON are trademarks of E. I. du Pont de Nemours & Company

64 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Cable Design (Continued)

Electrical properties of PVDF are not as good as other Types fluoropolymers. Most common use of this material is for jackets and back panel wire where electrical performance PVC: Is the most widely used non-plenum jacket. A variety of is not critical. PVDF is highly flame resistant and low smoke compounds are available to serve a wide range of producing finding wide use as plenum cable jackets. applications. Fire safety is an important role served by PVC jackets. Foam Fluorocarbons: To further improve on the superb properties of Teflon® FEP, processes have been developed to foam Polyurethane: A material used for severe service of the FEP, resulting in lower dielectric material. These materials abrasion and cut-through with flexibility. A range of grades are increasingly used in plenum applications. are available to meet various applications, such as extreme They produce little smoke and minimize dripping and fire low temperatures. propagation. Polyethylene: Inherent properties make it ideal for direct burial Jacket Compounds applications. Jacket or sheaths over multicomponent cable or single Thermoplastic Elastomer (TPE): A suitable replacement components act as a protective covering as well as contain to rubber where the thermosetting properties of rubber are the component elements and shields. Jackets can be made not critical. semiconductive, depending on the application. Jacket materials are called upon to be flame resistant, physically Fluorocarbon: Physical toughness and fire resistant character- tough, flexible, chemically resistant and to have a good istics override the slight increase in cost. See description of appearance. benefits in the section on dielectric material.

Typical Properties of Madison Jacket Compounds

TPE PVC Nylon PU PE PVC Property Thermoplastic Polyvinyl Fluorocarbon** Non-Halogen Polyamide Polyurethane Polyethylene Alloy Elastomer Chloride* Tensile Strength 1700 6500 5000 1500-3000 3000 3500 1200-2000 2500 (psi) Elongation (%) 450 250 500 200 500 150 150-200 200 Operating I T n

Temperature e f c o h

High (¡C) 125 105 80 80-105 80 125 90 75 r m n

Low (¡C) -50 -40 -50 -25 -40 -40 -40 0 i a c a Oil Aging ASTM t i l 7/60 — 30/15.6 7/60 — — — — o

No. 2 (Days/¡C) n Tear Strength 380 — 290 — 450 — —— Die C (lb./in.) Specific Gravity 1.20 1.13 1.20 1.25-1.40 0.93 1.76 1.3-1.6 1.6 Shore Hardness A95 D85 A82 A70-A95 D45 D65 A80 - A95 C83 Fire Resistance- Oxygen Index 30* 23 30* 25-35 18 44 35-48 47 Dielectric Strength (Volts/mil) 500 450 400 450 500 500 500 500 Volume Resistivity 2 x 1016 1012 2 x 1011 1014 2 x 1016 1014 1012 1012 (Ω-cm) Applications -Appliance Wire -THHN/THWN -Camera Cable -Computer -Direct -Plenum -Data -Plenum -Coiled Cord -Jackets for -Military Cable Cable Burial Cable Processing Cable -Arctic Small Cables -Fiber Optics -Coaxial -Control Cable -Control Cable -Industrial -coil cord Cable Cable -Industrial Control Cable Cable -Transit Cable Note: *Varies with formulation **Based upon Copolymer — Data Not Available

TEFLON is a trademark of E. I. du Pont de Nemours & Company

65 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Cable Design (Continued)

Shields Cables The increasing number of high frequency interference Cabling of individual layers may be either concentric or sources has emphasized the necessity for shielding in bunched. The concentric lay-up consists of a central wire or electronic equipment. Shields, are used for EMI and RFI filler surrounded by one or more layers of helically laid wires, protection. with the direction of lay reversed for successive layers and with the length of lay increasing for each successive layer. If a shield is required, the end user has a choice among The direction of lay of the outer layer is generally left-hand. several options - braided copper wire; spiral (served) copper This construction assures cable roundness and greater wire; copper and aluminum tapes; laminates of aluminum/ mechanical strength. A bunched or unilay cable lay-up polyester and aluminum/polyester/aluminum with spiral drain consists of any number of insulated wires cabled together wires for ease of termination; semi-conductive plastics. in the same direction. It results in a smaller overall cable diameter, lighter weight, and has greater flexibility than The most effective for high frequency applications is a concentric lay-ups. braided copper shield. For the majority of audio frequency applications (20 to 20,000 Hz) a coverage of 75% to 85% will Flexibility of a cable is directly related to the lay length of prove effective, but for the high frequency range (3 to 30 the individual layers. Usually this is 8 to 16 times the pitch MHz) a coverage of 85% to 95% will be necessary to give diameter of each layer; the smaller the lay length, the greater adequate protection. the flexibility of the cable.

The most economical shield is an aluminum polyester Fillers, are used to round out a cable and obtain symmetry. laminated tape used in conjunction with a drain wire applied either spirally or longitudinally, directly adjacent to the Binders and Servers, sometimes needed (depending on con- aluminum side of the tape. For frequencies up to 400 MHz it struction) to prevent flaring or untwisting of components. is as effective as a braid copper shield since it provides 100% coverage. Tapes are frequently placed under the outer jacket as an added protection against mechanical abuse, and between overall shields and underlying conductors to prevent physical damage to the insulation. l n a o c i i t n a h m c r e o T f n I

66 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Color Chart

Multi-Conductor Cables Multi-Pair Cables

Table A Table B Table C Number of 1st Stripe/ 2nd Stripe/ Number of 1st Stripe/ 2nd Stripe/ Pair Color Base Color Base Color Conductors Bandmark Bandmark Conductors Bandmark Bandmark Number Combination 1 Black 1 Black 1 Black paired with Red 2 Brown 2 Red 2 Black paired with White 3 Red 3 White 3 Black paired with Green 4 Orange 4 Green 4 Black paired with Blue 5 Yellow 5 Orange 5 Black paired with Yellow 6 Green 6 Blue 6 Black paired with Brown 7 Blue 7 Brown 7 Black paired with Orange 8 Violet 8 Yellow 8 Red paired with White 9 Gray 9 Violet 9 Red paired with Green 10 White 10 Gray 10 Red paired with Blue 11 White Black 11 Pink 11 Red paired with yellow 12 White Brown 12 Tan 12 Red paired with Brown 13 White Red 13 Red Green 13 Red paired with Orange 14 White Orange 14 Red Yellow 14 Green paired with White 15 White Yellow 15 Red Black 15 Green paired with Blue 16 White Green 16 White Black 16 Green paired with Yellow 17 White Blue 17 White Red 17 Green paired with Brown 18 White Violet 18 White Green 18 Green paired with Orange 19 White Gray 19 White Yellow 19 White paired with Blue 20 White Black Brown 20 White Blue 20 White paired with Yellow 21 White Black Red 21 White Brown 21 White paired with Brown 22 White Black Orange 22 White Orange 22 White paired with Orange 23 White Black Yellow 23 White Gray 23 Blue paired with Yellow 24 White Black Green 24 White Violet 24 Blue paired with Brown 25 White Black Blue 25 White Black Red 25 Blue paired with Orange 26 White Black Violet 26 White Black Green 26 Brown paired with Yellow 27 White Black Gray 27 White Black Yellow 27 Brown paired with Orange 28 White Brown Red 28 White Black Blue 28 Orange paired with Yellow 29 White Brown Orange 29 White Black Brown 29 Violet paired with Orange 30 White Brown Yellow 30 White Black Orange 30 Violet paired with Red 31 White Brown Green 31 White Black Gray 31 Violet paired with White 32 White Brown Blue 32 White Black Violet 32 Violet paired with Green I T n

33 White Brown Violet 33 White Black Black 33 Violet paired with Blue e f c o

34 White Brown Gray 34 White Red Black 34 Violet paired with Yellow h r m 35 White Red Red 35 Violet paired with Brown n

35 White Red Orange i a c a 36 White Red Yellow 36 White Red Green 36 Violet paired with Black t i l o

37 White Red Green 37 White Red Blue 37 Gray paired with White n 38 White Red Blue 38 White Red Brown 39 White Red Violet 39 White Red Violet 40 White Red Gray 40 White Green Black 41 White Orange Yellow 41 White Green Red 42 White Orange Green 42 White Green Green 43 White Orange Blue 43 White Green Blue 44 White Orange Violet 44 White Green Brown 45 White Orange Gray 45 White Green Violet 46 White Yellow Green 46 White Blue Black 47 White Yellow Blue 47 White Blue Red 48 White Yellow Violet 48 White Blue Green 49 White Yellow Gray 49 White Blue Blue 50 White Green Blue 50 White Blue Brown 51 White Green Violet 51 White Blue Violet 52 White Green Gray 52 White Brown Black 53 White Blue Violet 53 White Brown Red 54 White Blue Gray 54 White Brown Green 55 White Violet Gray 55 White Brown Blue 56 White Brown Brown 57 White Brown Violet 58 White Violet Red 59 White Violet Green 60 White Violet Blue

67 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Color Chart (Continued)

Multi-Pair Cables (Continued)

Table D Table D (continued) Table E Pair Color Pair Color Pair Color Number Combination Number Combination Number Combination 1 White paired with Black 60 White/Brown paired with Green 1 Black paired with White 2 White paired with Brown 61 White/Brown paired with Blue 2 Red paired with Green 3 White paired with Red 62 White/Brown paired with Violet 3 Brown paired with Blue 4 White paired with Orange 63 White/Red paired with Gray 4 Orange paired with Yellow 5 White paired with Yellow 64 White/Red paired with Black 5 Violet paired with Gray 6 White paired with Green 65 White/Red paired with Brown 6 Tan paired with Pink 7 White paired with Blue 66 White/Red paired with Red 7 White/Blue paired with Blue/White 8 White paired with Violet 67 White/Red paired with Orange 8 White/Brown paired with Brown/White 9 White paired with Gray 68 White/Red paired with Yellow 9 White/Orange paired with 10 Black paired with Brown 69 White/Red paired with Green Orange/White 11 Black paired with Red 70 White/Red paired with Blue 10 White/Green paired with Green/White 12 Black paired with Orange 71 White/Red paired with Violet 11 White/Red paired with Red/White 13 Black paired with Yellow 72 White/Red paired with Gray 12 White/Black paired with Black/White 14 Black paired with Green 73 White/Orange paired with Black 13 White/Gray paired with Gray/White 15 Black paired with Blue 74 White/Orange paired with Brown 14 Red/Blue paired with Blue/Red 16 Black paired with Violet 75 White/Orange paired with Red 15 Red/Orange paired with Orange/Red 17 Black paired with Gray 76 White/Orange paired with Orange 16 Red/Green paired with Green/Red 18 Brown paired with Red 77 White/Orange paired with Yellow 17 Red/Brown paired with Brown/Red 19 Brown paired with Orange 78 White/Orange paired with Green 18 Red/Gray paired with Gray/Red 20 Brown paired with Yellow 79 White/Orange paired with Blue 19 Black/Blue paired with Blue/Black 21 Brown paired with Green 80 White/Orange paired with Violet 20 Black/Orange paired with 22 Brown paired with Blue 81 White/Orange paired with Gray Orange/Black 23 Brown paired with Violet 82 White/Yellow paired with Black 21 Black/Green paired with Green/Black 24 Brown paired with Gray 83 White/Yellow paired with Brown 22 Black/Brown paired with Brown/Black 25 Red paired with Orange 84 White/Yellow paired with Red 23 Black/Gray paired with Gray/Black 26 Red paired with Yellow 85 White/Yellow paired with Orange 24 Yellow/Blue paired with Blue/Yellow 27 Red paired with Green 86 White/Yellow paired with Yellow 25 Yellow/Orange with Orange/Yellow 28 Red paired with Blue 87 White/Yellow paired with Green 29 Red paired with Violet 88 White/Yellow paired with Blue *Single conductor - Green/Yellow 30 Red paired with Gray 89 White/Yellow paired with Violet 31 Orange paired with Yellow 90 White/Yellow paired with Gray 32 Orange paired with Green 91 White/Green paired with Black l

n 33 Orange paired with Blue 92 White/Green paired with Brown a o c i

i 34 Orange paired with Violet 93 White/Green paired with Red t n a 35 Orange paired with Gray 94 White/Green paired with Orange h m c

r 36 Yellow paired with Green 95 White/Green paired with Yellow e o T f 37 Yellow paired with Blue 96 White/Green paired with Green n I 38 Yellow paired with Violet 97 White/Green paired with Blue 39 Yellow paired with Gray 98 White/Green paired with Violet 40 Green paired with Blue 99 White/Green paired with Gray 41 Green paired with Violet 42 Green paired with Gray 43 Blue paired with Violet 44 Blue paired with Gray 45 Violet paired with Gray 46 White/Black paired with Black 47 White/Black paired with Brown 48 White/Black paired with Red 49 White/Black paired with Orange 50 White/Black paired with Yellow 51 White/Black paired with Green 52 White/Black paired with Blue 53 White/Black paired with Violet 54 White/Black paired with Gray 55 White/Brown paired with Black 56 White/Brown paired with Brown 57 White/Brown paired with Red 58 White/Brown paired with Orange 59 White/Brown paired with Yellow

68 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Color Chart (Continued)

Multi-Pair Cables (Continued)

Table F Table G (continued) Table H (continued) Pair Color 13 Tan/Yellow paired with Yellow/Tan 9 Red/Brown paired with Brown/Red Number Combination 14 Tan/Green paired with Green/Tan 10 Red/Gray paired with Gray/Red 1 White/Black paired with Black/White 15 Tan/Blue paired with Blue/Tan 11 Black/Blue paired with Blue/Black 2 White/Brown paired with Brown/White 16 Tan/Violet paired with Violet/Tan 12 Black/Orange paired with 3 White/Red paired with Red/White 17 Tan/Gray paired with Gray/Tan Orange/Black 4 White/Orange paired with Orange/White 18 Brown/Pink paired with Pink/Brown 13 Black/Green paired with Green/Black 5 White/Yellow paired with Yellow/White 19 Brown/Orange paired with Orange/Brown 14 Black/Brown paired with Brown/Black 6 White/Green paired with Green/White 20 Brown/Yellow paired with Yellow/Brown 15 Black/Gray paired with Gray/Black 7 White/Blue paired with Blue/White 21 Brown/Green paired with Green/Brown 16 Yellow/Blue paired with Blue/Yellow 8 White/Violet paired with Violet/White 22 Brown/Blue paired with Blue/Brown 17 Yellow/Orange paired with 9 White/Gray paired with Gray/White 23 Brown/Violet paired with Violet/Brown Orange/Yellow 10 Black/Brown paired with Brown/Black 24 Brown/Gray paired with Gray/Brown 18 Yellow/Green paired with 11 Black/Red paired with Red/Black 25 Pink/Orange paired with Orange/Pink Green/Yellow 12 Black/Orange paired with Orange/Black 26 Pink/Yellow paired with Yellow/Pink 19 Yellow/Brown paired with Brown/Yellow 13 Black/Yellow paired with Yellow/Black 27 Pink/Green paired with Green/Pink 20 Yellow/Gray paired with Gray/Yellow 14 Black/Green paired with Green/Black 28 Pink/Blue paired with Blue/Pink 21 Violet/Blue paired with Blue/Violet 15 Black/Blue paired with Blue/Black 29 Pink/Violet paired with Violet/Pink 22 Violet/Orange paired with 16 Black/Violet paired with Violet/Black 30 Pink/Gray paired with Gray/Pink Orange/Violet 17 Black/Gray paired with Gray/Black 31 Orange/Yellow paired with Yellow/Orange 23 Violet/Green paired with Green/Violet 18 Brown/Red paired with Red/Brown 32 Orange/Green paired with Green/Orange 24 Violet/Brown paired with Brown/Violet 19 Brown/Orange paired with Orange/Brown 33 Orange/Blue paired with Blue/Orange 25 Violet/Gray paired with Gray/Violet 20 Brown/Yellow paired with Yellow/Brown 34 Orange/Violet paired with Violet/Orange 21 Brown/Green paired with Green/Brown 35 Orange/Gray paired with Gray/Orange 22 Brown/Blue paired with Blue/Brown 36 Yellow/Green paired with Table I 23 Brown/Violet paired with Violet/Brown Green/Yellow Pair Color 24 Brown/Gray paired with Gray/Brown 37 Yellow/Blue paired with Blue/Yellow Number Combination 25 Red/Orange paired with Orange/Red 38 Yellow/Violet paired with 1 Black/Red paired with Red/Black 26 Red/Yellow paired with Yellow/Red Violet/Yellow 2 Black/White paired with White/Black 27 Red/Green paired with Green/Red 39 Yellow/Gray paired with Gray/Yellow 3 Black/Green paired with Green/Black 28 Red/Blue paired with Blue/Red 40 Green/Blue paired with Blue/Green 4 Black/Blue paired with Blue/Black 29 Red/Violet paired with Violet/Red 41 Green/Violet paired with Violet/Green 5 Black/Yellow paired with Yellow/Black 30 Red/Gray paired with Gray/Red 42 Green/Gray paired with Gray/Green 6 Black/Brown paired with Brown/Black 31 Orange/Yellow paired with Yellow/Orange 43 Blue/Violet paired with Violet/Blue 7 Black/Orange paired with 32 Orange/Green paired with Green/Orange 44 Blue/Gray paired with Gray/Blue I Orange/Black T

45 Violet/Gray paired with Gray/Violet n 33 Orange/Blue paired with Blue/Orange e 8 Red/White paired with White/Red f c 46 Aqua/Tan paired with Tan/Black o

34 Orange/Violet paired with Violet/Orange h r

9 Red/Green paired with Green/Red m 35 Orange/Gray paired with Gray/Orange 47 Aqua/Brown paired with Brown/Black n i a 10 Red/Blue paired with Blue/Red c 48 Aqua/Pink paired with Pink/Black a 36 Yellow/Green paired with Green/Yellow t i

11 Red/Yellow paired with Yellow/Red l 49 Aqua/Orange paired with range/Black o

37 Yellow/Blue paired with Blue/Yellow n 12 Red/Brown paired with Brown/Red 38 Yellow/Violet paired with Violet/Yellow 50 Aqua/Yellow paired with Yellow/Black 13 Red/Orange paired with Orange/Red 39 Yellow/Gray paired with Gray/Yellow 51 Aqua/Green paired with Green/Black 14 Green/White paired with White/Green 40 Green/Blue paired with Blue/Green 52 Aqua/Blue paired with Blue/Black 15 Green/Blue paired with Blue/Green 41 Green/Violet paired with Violet/Green 53 Aqua/Violet paired with Violet/Black 16 Green/Yellow paired with 54 Aqua/Gray paired with Gray/Black 42 Green/Gray paired with Gray/Green Yellow/Green 55 Aqua/White paired with White/Black 43 Blue//Violet paired with Violet/Blue 17 Green/Brown paired with 56 White paired with Tan 44 Blue/Gray paired with Gray/Blue Brown/Green 57 Gray paired with Brown 45 Violet/Gray paired with Gray/Violet 18 Green/Orange paired with 58 Blue paired with Pink Orange/Green 59 Violet paired with Orange 19 White/Blue paired with Blue/White Table G 60 Green paired with Yellow 20 White/Yellow paired with Yellow/White Pair Color Number Combination 21 White/Brown paired with Brown/White 1 White/Tan paired with Tan/White Table H 22 White/Orange paired with 2 White/Brown paired with Brown/White Pair Color Orange/White 3 White/Pink paired with Pink/White Number Combination 23 Blue/Yellow paired with Yellow/Blue 4 White/Orange paired with Orange/White 1 White/Blue paired with Blue/White 24 Blue/Brown paired with Brown/Blue 5 White/Yellow paired with Yellow/White 2 White/Orange paired with 25 Blue/Orange paired with Orange/Blue 6 White/Green paired with Green/White Orange/White 7 White/Blue paired with Blue/White 3 White/Green paired with Green/White 8 White/Violet paired with Violet/White 4 White/Brown paired with Brown/White 9 White/Gray paired with Gray/White 5 White/Gray paired with Gray/White 10 Tan/Brown paired with Brown/Tan 6 Red/Blue paired with Blue/Red 11 Tan/Pink paired with Pink/Tan 7 Red/Orange paired with Orange/Red 12 Tan/Orange paired with Orange/Tan 8 Red/Green paired with Green/Red

69 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Glossary of Terms

Air Spaced Coaxial Cable—One in which air is the essential dielectric Circular Mil Area (CMA)—A unit of area equal to the area of a circle material. A spirally wound synthetic filament or spacer may be used to whose diameter is 1 mil (0.001 inch). Used chiefly in specifying cross- center the conductor. sectional areas of conductors. Ambient—The atmospheric conditions surrounding a given item. Cladding—The transparent material, usually glass, that surrounds the Normally in terms of factors which influence or modify, such as temper- core of the optical fiber. Cladding glass has a lower refractive index ature, humidity, etc. than core glass. Amplitude—The magnitude of variation in a changing quantity from its Cladding (Metal)—A method of applying a layer of metal over another zero value. The word requires modification - as with adjectives such as metal whereby the junction of the two metals is continuously welded. peak, maximum, rms, etc. - to designate the specific amplitude in ques- Coaxial Cable—A transmission line consisting of two conductors con- tion. centric with and insulated from each other. In its flexible form it consists Attenuation—Loss of signal strength as a function of distance. In opti- of either a solid or stranded center conductor surrounded by a dielec- cal fiber, it is the “dimming” of the light as it travels through the fiber tric. A braid is then woven over the dielectric to form an outer conduc- expressed in decibels per unit (db/Km). tor. A weatherproof plastic covering, usually vinyl, is placed on top of AWG—American Wire Gauge. A standard for determining wire size. the braid. The gauge varies inversely with the actual wire diameter. Cold Flow—Permanent deformation of the insulation due to mechani- Backbone—The part of the network that carries the heaviest traffic. It cal force or pressure (not due to heat softening). is the main trunk cable from which all connections to the network are Compound—An insulating or jacketing material made by mixing two or made. more ingredients. Balun (Balanced/ Unbalanced)—An impedance matching device to Conductance—The ability of a conductor to carry an electric charge. connect balanced twisted pair cabling with unbalanced coaxial cable. The ratio of the current flow to the potential difference causing the flow. Bandwidth—The data-carrying capacity of a transmission medium, The reciprocal of resistance. usually measured in hertz (Hz) which equals cycles per second. Connector—A coupling device employed to connect conductors to one Bit—A contraction of the words binary digit. A bit is the smallest unit of circuit with those of another circuit. Used to provide rapid connect/dis- information, representing either a mark or a space [one or zero]. In connect mating with pc boards, posts or another connector. data transmission, the common unit of speed is bits per second (bps). Copolymer—A compound resulting from the polymerization of two dif- bps—Bits per second. Often preceded by K (kilo/thousands) or M ferent monomers. (mega/million). Copper Clad—Steel with a coating of copper welded to it, as distin- Braid—A weave of metal fibers used as a shield covering for an insu- guished from copper plated. lated conductor or group of insulated conductors. When flattened it Cord—A small, flexible insulated cable. may be used as a grounding strap. Cord, Tinsel—The type of flexible electrical cord used for switchboard Buffer—The material that surrounds the fiber cladding. and other telephone cords. The conductors consist of thin narrow cop- Bus—A collection of wires in a cable (or copper traces on a circuit per tapes wrapped spirally around textile cords. board) used to transmit data, status, and control signals. ISA, EISA, Core —The center of an optical fiber. The core of communications VL-Bus, and PCI are examples of PC buses. SCSI is also a bus. Also, grade fiber is made of glass that has a higher refractive index than the a Local Area Network topology in which all workstations are connected surrounding cladding glass. to a single cable. On a bus network, all workstations hear all transmis- Corona—A discharge of electricity appearing as a bluish-purple glow sions on the cable. Each workstation then selects those transmissions on the surface of, and adjacent to, a conductor when the voltage gradi- addressed to it based upon address information contained in the trans- ent exceeds a certain critical value, It is caused by the ionization of sur- mission. rounding air by high voltage. Cable—Either a standard conductor, with or without insulation and Corona Resistance—The time that the insulation will withstand a spe- other coverings, or a combination of conductors insulated from each cific level of field-intensified ionization that does not result in the imme- other. diate complete breakdown of the insulation. Capacitance—The property of an electrical conductor (dielectric in a Cross Connect—The physical connection between patch panels or capacitor) that permits the storage of energy as a result of electrical punch down blocks that facilitates connection from the workstation to displacement. The basic unit of capacitance is the farad, however, the host or network. y s r measurement is more commonly in microfarads or picofarads. m a Cross-Linked—Inter-molecular bonds between long chain thermoplas- r s

e Capacitance, Mutual—The capacitance between two conductors with s tic polymers by chemical or electron bombardment means. The proper- T o

l all other conductors, including shield, short circuited to ground. f ties of the resulting thermosetting material are usually improved. G o Capacitance, Unbalance—An inequality of capacitance between the Crosstalk—The unwanted introduction of signals from one channel to wires of two or more pairs which result in a transfer of unwanted signal another. from one pair to others. Crosstalk, Far-end—Crosstalk measured by applying the disturbing Capacitance, Unbalance To Ground—An inequality of capacitance signal on one pair at the near end and measuring the pick up on the between the ground capacitance of the conductors of a pair which disturbed pair at the far-end. results in a pickup of external source energy, usually from power transmission lines. Crosstalk, Near-end—Crosstalk measured by applying and measuring the disturbing signal on two pairs at the same end. CDDI—Copper Distributed Data Interface. Another name for ANSI X3T9.5 Committee’s proposed 100 Mbps over UTP standard, TP-PMD C.S.A.—Abbreviation for Canadian Standards Association, a non-prof- (Twisted Pair Physical Media Dependent). CDDI is a trademark of it, independent organization which operates a listing service for electri- Crescendo Communications/ CISCO. cal and electronic materials and equipment. The Canadian counterpart of the Underwriters Laboratories. Characteristic Impedance—The ratio of voltage to current at any point along a transmission line on which there are no standing waves. Current Carrying Capacity—The maximum current an insulated conductor can safely carry without exceeding its insulation and jacket temperature limitations.

70 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Glossary of Terms (Continued)

Current Rating—The maximum continuous electrical flow of current Flame Resistance—The ability of a material not to propagate flame recommended for a given situation. It is expressed in amperes. once the heat source is removed. Cut-Through Resistance—The ability of a material to withstand Flex Life—The measurement of the ability of a conductor or cable to mechanical pressure, usually a sharp edge or small radius, without withstand repeated bending. separation. Frequency Modulation (FM)—A scheme for modulating a carrier fre- Cycle—One complete sequence of values of an alternating quantity, quency in which the amplitude remains constant but the carrier fre- including a rise to maximum in one direction and return to zero; a rise quency is displaced in frequency proportionally to the amplitude of the to maximum in the opposite direction and return to zero. The number of modulating signal. An fm broadcast is practically immune to atmospher- cycles occurring in one second is called the frequency. ic and man-made interference. Data Transfer Rate —Generally associated with high speed serial GHz—See gigahertz. data transfer systems and measured in gigabits per second (Gbit/sec). Giga—A prefix meaning one billion (109). dB—Abbreviation—see decibel. Gigabit Ethernet —High speed network data transfer protocol stan- Decibel—A unit expressing the ratio of two voltages, currents or pow- dard (IEEE 802.3z) ers. It is equal to 20 times the common logarithm of the ratio of two Gigahertz (GHz)—One billion cycles per second (109 cps). voltages across or two currents through equal loads, or 10 times the common logarithm of the two powers. Once decibel is approximately Graded-Index Fibre—An optical fibre in which the refractive index of the smallest change in audible power that can be recognized by the the core material varies across the core diameter, usually in a parabolic human ear. fashion, which the highest values at the core centre. Dielectric—A material that serves as an insulator. The amount of Ground—A connection, intentional or accidental, between an electrical resistance to voltage in a given insulation. circuit and the earth or some conducting body (e.g. chassis) serving in place of earth. Dielectric Constant (K)—The ratio of the capacitance using the material in question as the dielectric, to the capacitance resulting when the Heat-Shrinkable—A type of plastic material that has been cross- material is replaced by air. A low electric constant material results in a linked. A term describing tubes, sleeves, caps, boots, films or other low cable capacitance for a given size. forms of plastic which shrink to encapsulate, protect or insulate connections, splices, terminations and other configurations. Dielectric Withstanding Voltage—The maximum potential gradient that a dielectric material can withstand without failure. Henry—Unit of inductance such that the induced voltage in volts is numerically equal to the rate of change in current amperes per second. Differential—A SCSI bus configuration in which each signal is sent on two wires. The signal is derived by taking the difference in voltage Hertz (Hz)—International standard term for cycles per second. Named between the two wires, effectively eliminating unwanted noise in the after the German physicist Heinrich R. Hertz (e.g., 60 cycles per sec- wire. ond is equal to 60 hertz or 60 Hz). Discontinuity—Rated interconnection: a broken connection (open cir- Hi-Pot—A test designed to determine the highest voltage that can be cuit) or the loss of a specified connection characteristic. Transient phe- applied to a conductor without breaking through the insulation. nomena: Short term (temporary) interruption or unacceptable variation IDC—Insulation Displacement Contact. A type of wire terminating con- in current or voltage. nection in which the insulating jacket is cut by the connector when the Dissipation—Unusable or lost energy, such as the production of wire is inserted. unused heat in a circuit. IEEE—Institute of Electrical and Electronic Engineers. An international EIA 568A—Electronic Industries Association. A commercial building professional society that issues its own standard, and is a member of wiring standard for voice and data communications developed in 1989 ANSI and ISO. by the EIA. IEEE 802.3-is a physical layer standard for 10 Base T, 100 Base T, Electromagnetic Compatibility (EMC)—The ability of an electronic Ethernet, and 1000 Base CX (Gigabit Ethernet). device to operate in its intended environment without its performance IEEE 802.5-is a physical layer standard for Token Ring. being affected by EMI and without generating EMI that will affect other Impedance (Z)—A measure of materials’ resistance to the transfer of equipment. electricity. Electromagnetic Interference (EMI)—Unwanted electrical or electro- Impedance Match—A condition in which the impedance of a compo- magnetic energy that causes undesirable responses, degrading perfor- o nent or circuit is equal to the internal impedance of the source, or the G f l

mance or complete malfunctions in electronic equipment. See also: o surge impedance of a transmission line. This gives maximum transfer T s noise. e s

of energy from the source to the load, as well as minimum reflection r a m

Electromagnetic Propagation—Pertaining to the combined electric and distortion. r y s and magnetic fields associated with movements of electrons through Inductance—One cause of reactance. An electromagnetic phenome- conductors. non in which the expanding and collapsing of a magnetic field sur- Electromotive Force (EMF)—See voltage. rounding a conductor or device tends to impede changes in current. EMI—Energy generated by outside sources, such as lighting systems The effects of inductance become greater as frequencies increase. The and electric motors, which is received by copper data/voice cable and basic unit for inductance is the henry. interferes with transmission. Inductive Coupling—Crosstalk resulting from the action of the electro- Equalization—A process of compensating for increases in attenuation magnetic field of one conductor on the other. (signal loss) with frequency. Different frequencies are attenuated differ- Input Impedance—The impedance that exists between the input termi- ently over a given distance. nals of an amplifier or transmission line when the source is disconnect- Farad—Unit of capacitance whereby a charge of one coulomb pro- ed. The circuit, signal level and frequency must be specified. duces a one volt potential difference. Insertion Loss—The loss in load power due to the insertion of a com- FDDI—Fiber Distributed Data Interface. A standard for a 100 megabit- ponent, connector or device at some point in a transmission system. per-second local area network. Generally expressed in decibels as the ratio of the power received at the load before insertion of the apparatus, to the power received at the Fibre Channel—A scalable, high speed, serial data transfer interface load after insertion. standard (ANSI X3T11) 71 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Glossary of Terms (Continued)

Insulation Resistance—The electrical resistance between two con- Permeability (chemical)—The passage or diffusion (or rate of pas- ductors separated by an insulating material. sage) of a gas, vapor, liquid or solid through a barrier without physically Interference—An electrical or electromagnetic disturbance that or chemically affecting it. causes undesirable response in electronic equipment. Permeability (magnetic)—The measure of how much better a materi- ISDN—Integrated Services Digital Networking. A CCIT defined stan- al is than air as a path for magnetic lines of force. Air is assumed to dard for a public-switched service that allows the digital transmission of have a permeability of 1. voice, data, and video over one network. Being touted as “the next big Propagation Delay—Time required for an electronic digital device, or thing” in voice, data and video integration. transmission network to transfer information from its input to its output. Irradiation—In insulations, the exposure of the material to high energy Propagation, Velocity of—The speed with which a signal wave emissions for the purpose of favorably altering the molecular structure travels through a particular transmission medium. It varies as follows: by crosslinking. Medium Speed, miles per second Jacket—The outside covering of a cable. Light through space 186,284 LAN—Local Area Network. A data communications network spanning Radio through air 142,000 a limited area. It provides communications between three or more computers and peripherals, in most cases using a high-speed media as it’s Coaxial cable 133,000 backbone. Propagation Delay Time—The time between the application of a digi- Line Impedance—Impedance as measured across the terminals of a tal input waveform and the corresponding change in input waveform. It transmission line; frequently the characteristic impedance of the line. is measured between reference points on the waveforms. The time is generally different for positive-going and negative-going waveforms. LVDS —Low Voltage Differential Signals which reduce on-chip power consumption. Prototype—A model suitable for use in the complete evaluation of form, design and performance. Matched Impedance—The coupling of two circuits in such a way that the impedance of one circuit equals the impedance of the other. Pulse—A change in the level, over a relatively short period of time, of a signal whose value is normally constant. Mbps—Megabits per second. 6 Pulse Width—The length of time that the pulse voltage is at the tran- Mega (M)—A prefix meaning one million (10 ). sient level. Electronic pulse widths are usually in the millisecond (10-3), Microwave—That portion of the electromagnetic spectrum lying microsecond (10-6) or nanosecond (10-9) range. between the far infrared and conventional radio frequency range. The PVC—Polyvinyl Chloride. The material most commonly used for the microwave frequency range extends from 1 GHz to 300 GHz. insulation and jacketing of cable. Microwaves are usually used in point-to-point communications because they are easily concentrated into a beam. Q-cable—A 68-wire cable used in conjunction with a P-cable for 32-bit SCSI-3 buses. Military Specification—-Military requirements. The demand imposed upon a system to meet a military operational need. Reflection Loss—The part of a signal which is lost due to reflection of power at a line discontinuity Mismatch—The condition in which the impedance of a source does not match or equal the impedance of the connected load. This reduces Resonance—A frequency at which captive reactance and inductive power transfer by causing reflection. reactance are equal and therefore cancel one another’s effects. Moisture Absorption—The amount of moisture, in percentage, that a RF—Abbreviation for radio frequency. material will absorb under specified conditions. RG/U—Symbol used to designate coaxial cables that are made to Multimode—A device that emits or a fiber that carries multiple modes Government Specification (e.g., RG-58U; in this designation the “R” of light. means radio frequency, the “G” means Government, the “58” is the number assigned to the government approval, and the “U” means it is a Narrow-Band—EMI generated from a device operating at a specific universal specification). and limited range of frequencies. See also: electromagnetic interference (EMI). Ribbon Cable—A flat cable of individually insulated conductors lying parallel and held together by means of adhesive or woven textile yarn. Noise—An extraneous signal in an electrical circuit, capable of interfer- ing with the desired signal. Classes of noise include burst of popcorn Ring—A Local Area Network topology in which data is sent from work- noise, intermediate frequency noise at low audio frequencies, white stations via a loop or ring. One conductor of a pair (vs. tip). y s r (thermal) noise, etc. Signals from power supply or ground line coupled Rise Time—The time required for a component or logic circuit to m a r s into an amplifier output may be considered noise. change from the quiescent to the transient state when an input is e s T

o applied. (i.e. elapsed time between application of input and attainment

l Near End Crosstalk (NEXT)—Signal distortion as a result of signal f G o coupling from one pair to another at various frequencies. of full output level). Numerical Aperture (NA)—The characteristics of an optical conductor RMS—Abbreviation for root mean square. in terms of its acceptance of impinging light. Controlled by a specific Root Mean Square—The effective value of an alternating current, cor- code to cladding refractive indices. responding to the direct current value that will produce the same heat- Ohm—The unit of measurement for electrical resistance. A circuit is ing effect. said to have a resistance of one ohm when an applied emf of one volt SCI —Scalable Coherent Interface is a point-to-point, unidirectional link causes a current of one ampere to flow. for handling large amounts of data in scalable, massively parallel Oxygen Index—Percentage of oxygen necessary to support combus- processors. tion of a specified material. SCSI —Small Computer System Interface. An intelligent bus for trans- P-cable—A 68-wire cable used for 16-bit SCSI-3 buses. P-cables can mitting data and commands between a variety of devices. There are be used with Q-cables for 32-bit SCSI-3 buses. many implementations of SCSI, including Fast SCSI, Wide SCSI, Fast Wide SCSI, Fast-20, and Fast-40. Patch Cord—The connecting cord between the terminal device and the drop. SCSI-2—The second generation of SCSI; includes many improvements to SCSI-1, including Fast SCSI, Wide SCSI, and mandatory Percent Conductivity—Conductivity of a material expressed as a parity checking. percentage of that of copper. 72 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Glossary of Terms (Continued)

SCSI-3—The third generation of SCSI; introduces Fast-20 and Fast-40 Thermal Shock—The effect of heat or cold applied at such a rate that as improvements to the parallel bus. The standard also includes a nonuniform thermal expansion or contraction occurs within a given number of specifications for high-speed serial bus architectures such material or combination materials. The effect can cause inserts and as SSA, Fiber Channel, and IEEE 1394. other insulation materials to pull away from metal parts. SE —Single-Ended is a method for defining and/or measuring imped- Thermoplastic —A material which softens when heated or reheated ance. and becomes firm on cooling. Semi-Rigid—A cable containing a flexible inner core and a relatively Thermoset —A material which hardens or sets when heat is applied, inflexible sheathing. and which, once set, cannot be resoftened by heating. The application Sheath—The outer covering of a jacket over the insulated conductors of heat is called “curing.” to provide mechanical protection for the conductors. Also known as the Time-Delay—A Circuit that delays the transmission of an impulse for a external conduction surface of a shielded transmission line. definite and desired period of time. Shield/Shielding (Cable)—A conducting envelope, composed of metal Topology—The architecture of a network, or the way circuits are con- strands, which enclose a wire, group of wires or cable so constructed nected to link the network nodes together. that substantially every point on the surface of the underlying insulation Transceiver—A device used in contention networks for sending data is at ground potential or at some predetermined potential with respect over the network and receiving data from the network. to ground. Trunk Cable—Trunk Cable typically refers to a copper twisted pair Simplex—A transmission facility in which the transmission is restricted backbone or vertical riser cable consisting of multiple groups of 25 to only one direction at a time. pairs. Shield/Shielding (Circuit)—The metal sleeving surrounding one or Twisted Pair—Two wires twisted together to reduce susceptibility to more of the conductors in a wire circuit to prevent interference, interac- RF noise. tion or current leakage. Shielding protects a circuit against crosstalk. Ultra-High Frequency (UHF)—A Federal Communications Shock (Mechanical)—(1) An abrupt impact applied to a stationary Commission designation for the band from 300 to 3000 MHz on the object. (2) An abrupt or nonperiodic change in position, characterized radio spectrum. In television - channels 14 to 83 or 470 to 890 MHz. by suddenness, and by the development of substantial internal forces. UTP —Unshielded Twisted Pair. Twisted pair cable without either indi- Sine Wave—A wave which can be expressed as the sine of a linear vidual or overall shielding. function of time, space or both. A waveform, often viewed on an oscillo- scope, of a pure alternating current or voltage. Velocity of Propagation —The speed with which a signal wave travels through a particular transmission medium. It varies as follows: Skew —A measurement of the difference in the electrical length of two conductors or pairs of conductors and generally measured in picosec- Medium Speed, miles per second onds. Light through space 186,284 Skin Effect—The tendency of alternating currents to flow near the sur- Radio through air 142,000 face of the conductor, thus being restricted to a small part of the total Coaxial cable 133,000 cross-sectional area. This effect increases the resistance and becomes more marked as the frequency rises. Very High Frequency (VHF)—A Federal Communications Commission designation for the band from 30 to 300 MHz on the radio SSA —Serial Storage Architecture is a serial data transfer standard spectrum. (ANSI X3710.1) VHDCI—Very High Density Cable Interconnect (0.8mm connector) for Standing-Wave—Distribution of current and voltage on a transmission next generation Ultra-SCSI applications. line, resulting from two sets of waves traveling in opposite directions. Voice-Frequency (VF)—Any frequency within that part of the radio fre- Standing Wave Ratio—The ratio between maximum and minimum quency range essential to speech transmission of a commercial quality current or voltage along a line. It is a measure of the mismatch (i.e., 300 to 3400 Hz). Also referred to as telephone frequency. between the load and the line. It is equal to 1 when the line impedance is perfectly matched to the load. (In which case the maximum and mini- Volt (V)—The unit of measurement for electromotive force (emf). It is mum are the same, as current and voltage do not vary along the line). equivalent to the force required to produce 1 ampere through a resis- The perfect match would be a 1 to 1 ratio. tance of 1 ohm. Super High Frequency (SHF)—The Federal Communications Voltage (E)—The term most often used to designate electrical pres- o G

sure that exists between two points and is capable of producing a flow f l

Commission designation for the band from 3,000 to 30,000 MHz in the o T

of current when a closed circuit is connected between the two points. s radio spectrum. e s r a

Voltage is measured in volts, millivolts, microvolts and kilovolts. The m

Sweep Test —A method to determine the frequency response of a r y terms electromotive force (emf), potential, potential difference and s cable by generating an RF voltage whose frequency is varied at a rapid voltage drop are often referred to as voltage. constant rate over a given range. Voltage Drop—The voltage developed across a component or con- 10 Base-T—10 Mbps 802.3/Ethernet over standard unshielded twisted ductor by the flow of current through the resistance or impedance of pair cable specification. 10 Base-T supports network configurations that component or conductor. using the CSMA/CD access method over a twisted pair transmission system up to 100 meters in length without the use of a repeater. Voltage Rating —The highest voltage that may be continuously applied to a wire in conformance with standards or specifications. Temperature Rating —The maximum and minimum temperature at which an insulating material may be used in continuous operation with- VSWR—Abbreviation for voltage standing wave ratio. Also see: stand- out loss of its basic properties. ing wave ratio. Tensile Strength—The greatest longitudinal stress that a substance or Wavelength—The distance an electromagnetic wave travels during union can bear without tearing or pulling apart. In crimped terminations, the time it takes to oscillate through one complete cycle. The wave- it is the greatest longitudinal stress that a terminal can bear without the lengths of light used in fiber communications are usually measured in wire separating from the terminal. nanometers (nm). The common wavelengths or “windows”, are 850 nm, 1300 nm, and 1550 nm. Z—Letter symbol used to represent impedance in ohms.

73 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Part Number Index

Part No. Page Part No. Page Part No. Page Part No. Page DOBDI00001 44 02ZZH00003 17 04SEN00004 15 067EE00005 24 DOBDK00003 43 037EE00005 24 04SFN00001 14 06BDI00002 44 DOBDL00001 43 03APA00002 36 04SFN00002 14 06BDK00001 43 DOSDK00001 8 03CEE00007 24 04SFN00003 15 06BDL00001 43 DOSDK00003 9 03KBE00001 30 04SFN00004 15 06BEA00002 12 DOSDK00008 8 03KBG00002 30 04WFZ00005 13 06CEE00005 24 DOSDK00009 8 03KDE00001 30 04WFZ00006 13 06CFJ00004 20 DOSDK00033 10 03KDG00001 30 04XEM00002 14 06KEE00003 17 DOSDK00034 9 03KEE00004 17 04XEM00003 14 06KFK00003 22 DOSDK00036 9 03KHE00003 16 04XFM00004 14 06KFK00004 22 DTBDI00001 44 03RFB00006 19 04XFM00005 14 06KFM00001 23 DTBDK00002 43 03RFC00003 19 04XFM00006 15 06KFO00004 23 DTBDL00001 43 03ZZH00002 16 04XFM00007 15 06KHE00004 16 DTSDK00005 9 03ZZH00003 17 04XGM00003 15 06QDK00003 21 DTSDK00006 9 042FJ00011 20 04XGM00004 15 06RFB00008 19 DTSDK00007 9 047EE00004 24 04ZDS00003 13 06RFC00009 19 DTSDK00008 8 047FK00004 14 04ZZS00001 13 06SDK00007 21 DTSDK00009 8 047FK00005 15 04ZZS00004 13 06SDQ00001 12 DTSDK00010 8 04CEE00004 24 04ZZS00013 13 06SEN00001 14 HOLFQ00001 18 04CFJ00003 20 04ZZS00014 13 06SEN00002 14 0126D00002 38 04CJF00001 25 04ZZX00008 35 06SEN00003 15 0-1284416-1 50 04EFP00001 36 04ZZXLF011 35 06SEN00004 15 0-1284417-1 50 04EKY00002 35 0-57013-1 45 06SFN00001 14 0-1284418-1 50 04EKY00003 35 0-57013-2 45 06SFN00002 14 012BD00003 38 04EKY00004 35 0-57013-4 45 06SFN00003 15 017GD00008 38 04EKY10001 35 0-57013-5 45 06SFN00004 15 017HA00001 38 04EKY10002 35 0-57034-2 48 06WFZ00003 13 017HD00002 39 04EKY10003 35 0-57034-3 48 06WFZ00007 13 017HD00006 38 04IKI00001 36 0-57034-7 48 06ZZS00004 11 017JC00004 25 04KBE00005 30 0-57040-1 48 06ZZS00008 11 017JC00009 38 04KBG00003 30 0-57040-4 48 06ZZS00009 11 01CHC00014 39 04KBO00001 11 0-57040-5 48 07RDA00001 12 01CHC00032 16 04KDJ00001 12 0-57040-6 48 07RFB00004 19 01CJ70ABVA 38 04KEM00001 12 0-57040-7 48 07RFC00004 19 01CJC00006 25 04KFK00007 14 0-57051-1 50 07ZZW00010 31 01CMW00002 38 04KFK00008 15 0-57051-3 50 082FI00096 40 01CMW00005 39 04KFK00009 22 0-57051-6 50 082FJ00028 20 01KBD00014 38 04KFK00010 22 0-57131-1 45 082FK00003 15 01KEC00003 17 04KFM00003 23 0-57131-2 45 082YI00015 41 01LGD00001 38 04KFO00004 23 0-57131-4 45 082YI00016 41 01PED00008 38 04KKY00001 35 0-57131-5 45 082Z00BTWA 42 01PG35AUVA 38 04KKY00002 35 0-57744-3 52 087FK00003 14 01PHD00004 38 04KKY00003 35 0-57744-5 52 087HW00001 42 0-219350-1 48 04PBC00001 11 0-57745-5 52 08CFJ00004 20 0-219350-2 48 04PDC00001 11 0-57746-5 52 08CH16BTJB 42 0-219350-3 48 04PEC00001 11 0-57747-5 52 08KEE00008 17 0-219350-4 48 04PFC00003 11 0-57748-5 52 08KFK00004 14 022H22BZID 39 04PGC00001 11 0-57750-2 53 08KFK00005 15 027EE00004 26 04PGC00002 11 0-57750-5 53 08KFK00006 22 027FK00001 14 04PZC00001 11 0-57752-2 53 08KFK00007 22 027FK00002 15 04PZC00002 11 0-57752-5 53 08KFM00003 23 02CEE00003 26 04QDK00004 21 057EE00018 24 08KFO00004 23 02ILJ00001 36 04RDA00001 12 05CEE00004 24 08KHE00002 16 02KFK00001 14 04RFB00017 19 05CJF00001 25 08LFI30004 40 r x 02KFK00002 15 04RFC00006 19 05KBE00005 30 08LFI30005 40 e e b d 02KFK00003 22 04SAK00001 11 05KDE00001 30 08LFI30007 40 n m I

u 02PGE00003 38 04SBK00001 11 05KDG00001 30 08LFI30011 40

N 02PHK00001 39 04SDI00002 12 05KGB00002 30 08LFI30012 40 t r

a 02SEI00001 12 04SDK00008 21 05PEE00002 29 08LFI30013 40 P 02TJB00003 36 04SEN00001 14 05RFB00005 19 08LFI30014 40 02TPK00003 36 04SEN00002 14 05RFC00007 19 08LYI00013 41 02ZZH00002 16 04SEN00003 15 062FJ00027 20 08LYI00014 41 74 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Part Number Index (Continued)

Part No. Page Part No. Page Part No. Page Part No. Page 08LYI00015 41 13ZDS00005 28 16ZZS00006 33 2-57744-8 52 08LYI00016 41 13ZZS00008 33 17RBQ00001 12 2-57745-0 52 08QDK00007 21 13ZZT00015 31 17ZBS00001 32 2-57745-5 52 08QFI00017 42 14BDI00001 44 17ZDS00001 32 2-57745-8 52 08QFI00018 42 14BDK00001 43 17ZZS00004 33 2-57746-0 52 08QFI00019 42 14BDL00001 43 182FJ00003 20 2-57746-5 52 08QFI00020 42 14KFK00004 22 18CFJ00002 20 2-57746-8 52 08QFI00021 42 14QDK00005 21 18KFK00004 22 2-57747-0 52 08QFI00022 42 14ZEQ00002 27 18KFM00002 23 2-57747-5 52 08RFB00013 19 14ZES00004 27 18KFO00001 23 2-57747-8 52 08RFC00002 19 14ZZS00008 33 18SDK00008 21 2-57748-0 52 08SDK00004 21 14ZZS00011 33 18ZZS00008 27 2-57748-5 52 08SEJ00003 14 152FJ00011 20 18ZZS00012 27 2-57748-8 52 08SEJ00004 15 1-57013-0 45 1-971111-2 48 2-57750-0 53 08SEN00001 14 1-57013-1 45 1-971111-3 48 2-57750-4 53 08SEN00002 14 1-57013-3 45 19ZDS00002 28 25CFJ00005 20 08SEN00003 15 1-57013-7 45 202AY00001 46 25KFK00005 22 08SEN00004 15 1-57013-9 45 202BY00002 46 25RBU00001 12 08SFN00001 14 1-57034-1 48 202BY00010 46 25RFB00019 19 08SFN00002 14 1-57034-4 48 202DY00015 49 25SDK00004 21 08SFN00003 15 1-57034-5 48 202DY00016 51 26BDI00001 44 08SFN00004 15 1-57034-6 48 202EY00001 49 26BDK00001 43 08WFZ00003 13 1-57040-2 48 20BDI00001 44 26BDL00001 43 08WFZ00006 13 1-57040-3 48 20BDK00001 43 26QDK00006 21 08ZZW00006 42 1-57051-1 50 20BDL00003 43 26SDK00037 9 0-971111-1 48 1-57051-2 50 20EJI00001 36 26SDK00038 9 0-971111-4 48 1-57051-3 50 20KFK00003 22 26SDK00039 9 0-971111-5 48 1-57051-7 50 20RFB00004 19 26SDK00040 8 0-971111-6 48 1-57051-9 50 20SDK00010 21 26SDK00041 8 0-971111-7 48 1-57131-0 45 20SDK00012 9 26SDK00042 8 09KEE00003 17 1-57131-1 45 20SDK00013 9 27ZZS00001 33 09KHE00002 16 1-57131-3 45 20SDK00014 9 2-971111-2 48 09RDB00008 12 1-57131-7 45 20SDK00015 8 29ZZS00002 29 09RFB00009 19 1-57131-9 45 20SDK00016 8 302DY00013 51 09RFC00010 19 1-57744-0 52 20SDK00017 8 30SDU00001 12 102AY00001 46 1-57744-5 52 20ZZS00004 33 32LEJ00001 18 102BY00001 46 1-57745-0 52 21RBB00001 12 34BDI00002 44 102BY00002 46 1-57745-5 52 22ZZS00005 33 34BDK00001 43 102DY00016 49 1-57746-0 52 23ZZS00013 33 34BDL00001 43 102DY00017 51 1-57746-5 52 23ZZS00014 33 36QDK00008 21 102EY00002 49 1-57747-0 52 242FJ10001 20 36SDK00006 12 10RFB00014 19 1-57747-5 52 24KEE00001 17 36SDK00008 12 10RFC00011 19 1-57748-0 52 24KFM00001 23 37CFJ00002 20 10SDK00007 21 1-57748-5 52 24KFO00002 23 37KFK00001 22 10ZEQ00003 27 1-57750-0 53 24QDK00009 21 37RFB00007 19 10ZZW00008 27 1-57750-5 53 24SEJ00004 14 382FJ00003 20 10ZZW00008 31 1-57752-0 53 24SEJ00005 15 402AY00002 46 11ZZS00005 33 1-57752-3 53 252FJ00015 20 402BY00010 46 1-219054-1 47 15CFJ00002 20 2-57013-1 45 402BY00011 46 1-219055-1 47 15RBR00002 12 2-57013-3 45 402DY00016 49 1-219253-1 47 15RDU00001 12 2-57013-4 45 402DY00017 51 122FJ00011 20 15RFB00006 19 2-57034-5 48 402EY00001 49 12CFJ00003 20 15RFC00011 19 2-57040-2 48 40BDI00001 44 12KEE00007 17 15SDA00001 12 2-57051-2 50 40BDK00001 43 I P n

12KFK00002 22 15SZU00001 12 2-57051-7 50 40BDL00001 43 a d r e 12KFM00002 23 15ZZS00002 33 2-57051-8 50 40QZR00002 37 t x N

12KFO00001 23 16CFJ00002 20 2-57051-9 50 40SDK00013 9 u 12KHE00004 16 16KEE00001 17 2-57131-1 45 40SDK00014 9 m b

12RFB00004 19 16KFK00003 22 2-57131-3 45 40SDK00015 9 e r 12RFC00004 19 16SDK00007 21 2-57131-4 45 40SDK00016 8 13ZBS00001 32 16WFZ00003 13 2-57744-0 52 40SDK00017 8 13ZDS00002 32 16WFZ00006 13 2-57744-5 52 40SDK00018 8 75 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change. Electronic Cable

Part Number Index (Continued)

Part No. Page Part No. Page 40TGJ00003 36 64BDJ00001 43 44SDK00001 10 64BDK00002 43 44SEK00001 10 682AY00001 46 502AY00002 46 682BY00011 46 502BY00002 46 682BY00012 46 502BY00011 46 682DK00005 7 502DK00004 7 68BDI00001 44 502DY00015 51 68BDK00001 43 50BDI00001 44 68BDL00001 43 50BDK00001 43 68E3Y00001 7 50BDL00001 43 68EBY00005 7 50KAK00002 4 68K3K00001 4 50KBI00001 8 68KAK00001 4 50KBK00012 4 68KBI00002 8 50KBK00013 4 68KBK00004 4 50KDK00033 6 68KBK00025 4 50KDK00034 6 68KBK00037 4 50KDK00035 6 68KDK00036 4 50KDK00036 6 68KDK00040 6 50KDK00037 6 68KDK00041 6 50KDK00038 6 68KDK00042 6 50KDK00039 7 68KDK00043 6 50KFK00001 22 68KDK00044 6 50KZS00001 7 68KDK00045 6 50LEJ00001 18 68KDK00046 7 50LFJ00001 18 68SDK00029 4 50LGJ00001 18 68SDK00043 4 50QBI00003 8 68SDK00050 9 50QDK00009 21 68SDK00051 8 50SBK00010 10 68SDK00052 8 50SDK00121 9 68SDK00053 8 50SDK00122 9 68SDK00054 5 50SDK00123 9 68SDK00055 5 50SDK00124 8 68SDK00056 5 50SDK00125 8 68SDK00057 5 50SDK00126 8 68SDK00058 5 50SDK00127 5 68SDK00059 5 50SDK00128 5 68SDK00062 9 50SDK00129 5 68SDK00063 9 50SDK00130 5 68SDK00078 7 50SDK00131 5 68ZZS00002 7 50SDK00132 5 72SDK00001 10 50SDK00144 7 802AY00001 46 50SEJ00001 14 802BY00010 46 50SEJ00002 15 802BY00011 46 5-57051-2 50 802DY00001 51 5-57051-3 50 80BDI00001 44 56LEJ00001 18 80BDK00003 43 56RGA00002 37 80BDL00001 43 60BDI00001 44 80SDK00014 9 60BDK00001 43 80SDK00015 9 60BDL00001 43 80SDK00016 9 60EGK00001 36 80SDK00017 8 FLEXION, MADISON CABLE, TurboQuad, TurboTwist and TYCO are trademarks. 62RGA00002 37 80SDK00018 8 r x 642AY00001 46 80SDK00019 8 Tefzel and Teflon are trademarks of e e E.I. duPont de NeMours and Company. b d 642BY00001 46 n m I Kynar is a trademark of Atofina Chemicals, Inc. u 642BY00012 46

N 642DY00012 49 t Halar and Solef are trademarks of Solvay S.A. r

a 642EY00002 49 P 64BDI00003 44 1654194—5M—GIC/FP—2-05

76 Catalog 1654194 Dimensions are in inches and Dimensions are shown for USA: 1-877-MADISON (623-4766) www.madisoncable.com Revised 02-05 millimeters unless otherwise reference purposes only. www.tycoelectronics.com specified. Values in brackets Specifications subject are metric equivalents. to change.

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