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Catalogue Lamps CML 2004Ok

Catalogue Lamps CML 2004Ok

Light sources

November 2004 Automotive LEDs 4 – 5

PLCC2 LEDs 4 PLCC4 Power LEDs 5 CML Innovative is leading CCLFs 6 – 9 in innovative solutions ; our 1800 employees are specifically dedicated to the design, production and distribution of miniature Technical Notes 6 light sources and miniature lighting systems. Our 1,8mm & 2mm CCFLs 7 worldwide operations and know-how allow us to 2,6mm CCFLs 8 continually exceed our customers requirements. 4,1mm CCFLs 9 Electronic Ballasts 9

CML Innovative Technologies est leader en Incandescent 10 – 17 solutions innovantes d’éclairage ; nos 1800 collaborateurs sont dédiés à la conception, la Technical Notes 10 – 12 production et la distribution de sources et de T11/2 Wedge Base (5mm) 13 systèmes lumineux. Notre savoir-faire et nos T13/4 Wedge Base Lamp (5,6mm) 13 implantations mondiales nous permettent T31/4 Wedge Base Lamp (10mm) 14 de mieux servir nos clients et de répondre T5 Wedge Base Lamp (15mm) 14 aux niveaux d’exigences les plus élevées. T61/3 Single Filament Wedge Base Lamp (20mm) 14 G31/2 Bayonet (MCC) Lamp (11mm) 15 G31/2 Miniature Screw (MES) Lamp (11mm) 15 CML Innovative Technologies ist der führende Automotive LEDs 4 - 5 T31/4 Bayonet (MCC) Lamp (T10x28) 16 Hersteller für innovative Beleuchtung ; unsere T31/4 Miniature Screw (MES) Lamp (T10x28) 16 1800 Mitarbeiter engagieren sich für die T31/4 Bayonet (MCC) Lamp (T10x30) 17 Entwicklung, die Produktion und den Vertrieb T31/4 Miniature Screw (MES) Lamp (T10x30) 17 von Beleuchtungsquellen und –Systemen. CCFLs 6 - 9 Unsere Erfahrung und unsere weltweiten Standorte Socketed Lamps 18 - 20 machen es möglich, unseren Kundenservice stets zu verbessern und auch für die höchsten Incandescent Lamps 10 - 17 Ansprüche eine optimale Lösung zu finden. PC Board Lamps EBS 18 PC Board Lamps PC 19 PC Board Lamps SMD 20 Socketed Lamps 18 - 20 PC Board Lamps KW 20

Lampholders 21 - 23 Lampholders 21 - 23 Technical Notes 21 P21 Lampholder (21 Watts) 22 Aviation Lamps 24 - 25 T11/2 Lampholder Wedge Base (5mm) 22 T13/4 Lampholder Wedge Base (5,6mm) 22 T31/4 Lampholder Wedge Base (10mm) 23 Aviation Fluorescent Lamps 26 T15 Lampholder Wedge Base 23

Aviation Lamps 24 – 26

Aviation Halogen Aircraft Lamp 24 Aviation Anti-Collision Warning Lamp 24 Aviation 24 Aviation Incandescent Aircraft Lamp 25 Aviation 26

2 3 PLCC2 LEDs AUTOMOTIVE APPLICATIONS ONLY PLCC4 LEDs AUTOMOTIVE APPLICATIONS ONLY

Industry Standard PLCC SMT package Super wide viewing angle at 120° Industry-standard Available in full selection of colors High brightness using AlInGaP and InGaN dice High volume, high reliability PLCC4 package ( Leaded Chip Carrier) Super wide viewing angle at 120° technologies Compatible with both IR and TTW High reliability LED package (Automotive Grade) High intensity in miniature package size Broad range of colors: Red, Red-Orange, Orange, soldering process EIA-compliant tape & reel Industry standard, ease of manufacturing Amber, Yellow-Green, Emerald Green, Green, Black surface option High brightness using AlInGaP and InGaN dice Styling flexibility Cyan and Blue High brightness performance technologies Space saving Dice material Product Customization : subject to feasibility, we

Dominant Wave- Viewing Angle Luminous Intensity, If @ 20mA Vf @ 20mA Color Flexibility are flexible in supporting Part Number Colour Dice length �D (nm) 2�1/2 (°) Min (mcd) Typ (mcd) Typical (V) HSMS-A100-J00J1 Red GaP 626 120 4 15 2,2 Dominant Wave- Viewing Angle Luminous Intensity Vf Typi- Part Number Colour Dice Technology HSMS-A100-L00J1 Red GaP 626 120 10 15 2,2 length D (nm) 21/2 (°) cal (V) HSMH-A100-L00J1 Red AlGaAs 637 120 10 15 1,9 Min (mcd) Max (mcd) HSMH-A100-N00J1 Red AlGaAs 637 120 25 50 1,9 If @ 50mA, Vf @ 50mA HSMC-A100-J00J1 Red AllnGaP 626 120 4 100 1,9 HSMC-A100-Q00J1 Red AllnGaP 626 120 63 100 1,9 HSMC-A400-S30M1 Red AllnGaP 626 120 160 400 2,2 HSMC-A100-R00J1 Red AllnGaP 626 120 100 140 1,9 HSMC-A401-T40M1 Red AllnGaP 626 120 250 800 2,2 HSMC-A101-S00J1 Red AllnGaP 626 120 160 220 1,9 HSMC-A401-T80M1 Red AllnGaP 626 120 310 1000 2,2 HSMZ-A100-T00J1 Red AllnGaP 630 120 250 350 2,2 HSMJ-A100-Q00J1 Red Orange AllnGaP 615 120 63 100 1,9 HSMZ-A400-U80M1 Red AllnGaP 630 120 500 1600 2,8 HSMJ-A101-S00J1 Red Orange AllnGaP 615 120 160 200 1,9 HSMJ-A401-T40M1 Red Orange AllnGaP 615 120 250 800 2,2 HSMV-A100-T00J1 Red Orange AllnGaP 617 120 250 350 2,2 HSMJ-A401-U40M1 Red Orange AllnGaP 615 120 400 1260 2,2 HSMD-A100-J00J1 Orange GaP 602 120 4 15 2,2 HSMD-A100-L00J1 Orange GaP 602 120 10 15 2,2 HSMV-A400-U80M1 Red Orange AllnGaP 617 120 500 1600 2,8 HSML-A100-Q00J1 Orange AllnGaP 605 120 63 100 1,9 HSML-A401-U40M1 Orange AllnGaP 605 120 400 1260 2,2 HSML-A101-S00J1 Orange AllnGaP 605 120 160 220 1,9 HSMA-A400-T35M1 Amber AllnGaP 590 120 250 630 2,2 HSMY-A100-J00J1 Yellow Amber GaP 585 120 4 12 2,2 HSMY-A100-L00J1 Yellow Amber GaP 585 120 10 12 2,2 HSMA-A401-U45M1 Amber AllnGaP 590 120 400 1260 2,2 HSMA-A100-Q00J1 Yellow Amber AllnGaP 590 120 63 100 1,9 HSMU-A400-U85M1 Amber AllnGaP 592 120 500 1600 2,8 HSMA-A101-S00J1 Yellow Amber AllnGaP 590 120 160 220 1,9 HSME-A401-P4PM1 Emerald Green AllnGaP 567 120 40 130 2,2 HSMU-A100-S00J1 Yellow Amber AllnGaP 592 120 160 320 2,2 HSMG-A100-J02J1 Yellow Green GaP 569 120 4 18 2,2 If @ 30mA, Vf @ 30mA HSME-A100-M02J1 Yellow Green AllnGaP 576 120 16 70 1,9 HSMM-A401-R7YM2 Green InGaN 525 120 120 320 3,8 HSMG-A100-H01J1 Emerald Green GaP 560 120 2,5 8 2,2 HSMM-A401-S4YM2 Green InGaN 525 120 160 500 3,8 HSME-A100-L01J1 Emerald Green AllnGaP 567 120 10 40 1,9 HSMM-A101-R00J1 Green InGaN 525 120 100 200 3,4 HSMM-A401-S7YM2 Green InGaN 525 120 200 500 3,8 HSMM-A100-S00J1 Green InGaN 525 120 160 350 3,4 HSMM-A400-T8YM2 Green InGaN 525 120 310 1000 3,8 HSMK-A101-R00J1 Cyan InGaN 505 120 100 170 3,4 HSMK-A401-R40M2 Cyan InGaN 505 120 100 320 3,8 HSMK-A100-S00J1 Cyan InGaN 505 120 160 280 3,4 HSMB-A100-J00J1 Blue GaN 462 120 4 15 3,9 HSMK-A400-T80M2 Cyan InGaN 505 120 310 1000 3,8 HSMN-A101-N00J1 Blue InGaN 470 120 25 50 3,4 HSMN-A401-P4QM2 Blue InGaN 470 120 40 130 3,8 HSMN-A100-P00J1 Blue InGaN 470 120 40 70 3,4 HSMN-A401-P7QM2 Blue InGaN 470 120 50 130 3,8 HSMN-A400-Q8QM2 Blue InGaN 470 120 80 250 3,8

4 5 CCFLs CCFLs

TECHNICAL NOTES 1,8mm & 2,0mm CCFLs

Diameter: ø 1.8 mm Operation: Current: 5 mA Surface Brightness: 50,000 cd/m2 Cold lamps operate by the principle of gas-discharge illumination. Life Hours: 15,000 hours The inside each end of the CCFL create emission when CIE Colour: x and y coordinates according to connected to the matched electronic ballast unit. selection of coating. In turn the electron emission causes the / gas-filling to become Part Number Overall Length Active Length Watts ionized resulting in discharge glow. The discharge glow reacts with the phosphor coating inside the CCFL CCFL18220 220 205 540 2,7 CCFL18250 250 235 600 3,0 resulting in visible light. CCFL18280 280 265 660 3,3 Features: Diameter: ø 2.0 mm Cool Running ~ CCFLs generate very little . Current: 5 mA 2 Long Life ~ CCFLs operate for several thousands of hours with long life types Surface Brightness: 43,000 cd/m achieving over 50,000 hours. Life Hours: 15,000 hours High Brightness light source ~ excellent at providing consistent and even CIE Colour: x and y coordinates according to illumination over wide surface areas. selection of phosphor coating. Low power consumption. Part Number Overall Length Active Length Voltage Watts Low voltage input required for the electronic ballast. CCFL2040 40 27,5 160 0,8 Vibration and shock resistant. CCFL2060 60 45 220 1,1 Available in many shades of (e.g. warm white, cool white) and red, CCFL20100 100 85 320 1,6 green, blue. CCFL20150 150 135 400 2,0

Applications:

LCD back lighting e.g. lap top computer, TVs, video camera screens. Back lighting of instrument clusters. Aviation navigation screens. Advertising, Art and Display signboards. Building illumination and decorative effects. Emergency lighting signs. Point of Sale Displays. Scanners and facsimile . Other lamp lengths according to request.

CCFLs require a matched electronic ballast unit for successful operation. A range of Connection terminals: suitable ballasts are available from CML Innovative Technologies (Refer to page 9). Regular format: solid wire terminal leads. Special Order: flexible flying leads (cables) with fittings.

6 7 CCFLs CCFLs

2,6mm CCFLs 4,1mm CCFLs

Diameter: ø 2.6 mm Diameter: ø 4,1 mm Current: 5 mA Current: 5 mA Surface Brightness: 30,000 cd/m2 Surface Brightness: 14,000 cd/m2 Life Hours: 50,000 hours Life Hours: 15,000 hours CIE Colour: x and y coordinates according to CIE Colour: x and y coordinates according to selection of phosphor coating. selection of phosphor coating. Overall Active Part Number Overall Length Active Length Voltage Watts Part Number Voltage Watts Shape Length Length CCFL41100 100 75 260 1,3 CCFL26100 100 85 265 1,3 Bar CCFL41150 150 125 310 1,55 CCFL26150 150 135 380 1,9 Bar CCFL41175 175 150 340 1,7 CCFL26175 175 160 405 2,0 Bar CCFL41200 200 175 370 1,85 CCFL26186U9B 186 161 430 2,15 U CCFL41300 300 275 600 3,0 CCFL26200 200 185 440 2,2 Bar CCFL41400 400 375 800 4,0 CCFL26225 225 210 490 2,45 Bar CCFL26250 250 235 550 2,75 Bar Other lamp lengths according to request. CCFL26280 280 265 620 3,1 Bar CCFL26300 300 285 700 3,5 Bar Connection terminals: CCFL26315 315 300 720 3,6 Bar Regular format: solid wire terminal leads. CCFL26360 360 340 760 3,9 Bar Special Order: flexible flying CCFL26390 390 370 820 4,1 Bar leads (cables) with fittings. CCFL26420 420 400 850 4,25 Bar

Electronic Ballasts

Operating : 35 kHz Lamp Drive Current: 5 mA Input current: 210 ~ 900 mA (subject to inverter type) Operating temp: 0 ~ 50º C Order CCFL No. of CCFLs Circuit Board Code Input Volts (Vdc) Length can be driven dimensions (mm) (mm) (Qty) W x L x H INV1 12 50 ~ 150 1 18 x 49 x 13 INV5 12 50 ~ 150 2 18 x 49 x 13 INV2 12 150 ~ 300 1 20 x 70 x 15 INV6 12 150 ~ 300 2 20 x 70 x 15 INV4 12 300 ~ 420 1 25 x 75 x 15 INV8 12 300 ~ 420 2 25 x 75 x 15 INV 9 5 50 ~ 150 1 18 x 49 x 13 Other lamp lengths according to request. INV11 5 50 ~ 150 2 18 x 49 x 13 INV10 5 150 ~ 280 1 20 x 70 x 15 Connection terminals: Regular format: solid wire terminal leads. DC input connector and wires (code OCL 01) Special Order: flexible flying leads (cables) with fittings. Output connector with silicone rubber insulated wires (code OCL 02).

8 9 Incandescent Lamps Incandescent Lamps

Lamp Construction Replaceable lamps

An incandescent lamp consists of a filament within a glass envelope Lamps have to be replaceable if their life-time is shorter than the probable containing a vacuum or inert gas atmosphere. operating life of the application. This also allows installation of the lamp at Filaments are made of tungsten wire which can be resistance heated to the end of the assembly line to avoid damage caused by PCB handling. incandesce for long periods, has a high 3655°K, and has a low rate of evaporation at elevated temperatures. EBS Type lamps The varying electrical characteristics of the lamps require different filament dimensions. This can result in various shapes of filament construction. The EBS-Type Lamps can be interlocked by a quarter turn in a suitable PCB These shapes are identified by a filament code. cutout. Lamps are available which can be installed from the front or from the Filaments can be made of straight wire (S), coiled (C) or coiled coil (CC) wire. rear of the PCB. EBS types may be used with both single and double sided PCB. Short filaments require no additional supports but higher voltage, longer filaments may have one or two supports. Coloured lamps

Glass envelopes are available in several shapes and sizes. The most common To impart colour to the light emitted by an incandescent lamp it is common shapes are tubular, round (globular) and pear-shaped which have designation to use a coloured light filter, whether it be a coloured lens or a silicone boot, codes T, G and S respectively. Two size codes are in common use: one - the or a colour coated lamp.In most applications for indicator lamps the definition oldest established - is based upon increments of 1/8-inch so that of colours is based upon the two ordinate system found in the CIE 1 = 1/8” = 3mm, 2 = 1/4” = 6mm, etc, and the other is a simple millimeter code. Chromaticity Diagram. Thus, a l0mm diameter bulb is T31/4 or T10. To distinguish the two codes the millimeter version invariably does not have a dash between the letters Pure white (an equal mix of all three primary colours: red, green and blue) and the numeric parts. is located at point “E” (x and y 0.333).

Various types of construction are possible; the most common being bead seal, CML IT uses a precision colour measurement that indicates not only colour butt seal and wedge base. The latter has the advantage of being a plug-in coordinates, but also the luminous density within selectable areas to less than construction without the need for an additional cap to be fitted. 1 mm diameter. In production CML IT can hold the x, y coordinates of the colour coating to a tolerance of typ. ±.02. The colour reproduction of The brightness of miniature lamps is usually measured as using the printed chromaticity diagram does not give an exact definition of colour, the unit (Im). In the Anglo-American literature the unit “Mean Spherical it does however, give a close approximation of the colour. Power” (MSCP) is used. Both units can be related as follows: 1 MSCP = 4*pi*Lm = 12.57 Lm. The colour temperature of uncoloured vacuum lamps varies from 1500°K to The normal production tolerance is ± 25%; however for an extra charge the 2500°K depending upon the ratio of light output to watts consumed. brightness tolerance can be reduced to 10% or 15%, designated by the suffix The corresponding colour definition for the Kelvin temperature of the filament AS 10 or AS 15. “AS” means aged and selected. is plotted as a curve in the chromaticity diagram. The colour temperature 4000¡ K would have colour coordinates x = .38 and y .38. The brightness of all PCB Lamps colored lamps starts from this curve. The greater the distance from the curve the more intensive the colour causing a corresponding reduction in brightness The use of lamps on PCB has become very common. The actual installation of The numbers represented by the x and y coordinates have no unit designation, the lamps into, and/or onto the PCB can be difficult and costly. Over the course but the numbers along the edge of the diagram are the wave lengths in of several years, we have developed lamps which solve many of the common nanometers for monochromatic Iight. installation problems. The two main categories of lamps are replaceable lamps and non replaceable lamps.

10 11 Incandescent Lamps Wedge Base Lamps

Lamps with silicon boots T11/2 Wedge Base Lamp (5mm)

Size Rating Part N° The advantages of lamps with colour coated silicone boots compared with coloured lamps T5 6V 1W 1105 are: T5 6V 1,2W 1106 T5 12V 30mA 1107 Nonfading during life time of lamps (with high efficiency). T5 12V 1W 1108 Temperature resistant up to 180°C. T5 12V 1,2W 286A Resistant to standard solvents used for PCB cleaning. T5 12V 1,2W 286-20L T5 12V 2W 1020 Uniform illumination by diffusion of the intensive filament’s spot. T5 12V 2W 1021 In addition to a range of standard colours, customer specific colours are available. T5 12V 2,3W 1028 T5 14V 65mA 1030 The most economical way to get coloured light is by colouring the lamp. T5 14V 90mA 1033 CML IT has developed a coating process that has significantly improved T5 14V 1,5W 1025 T5 24V 30mA 1110 the quality of coloured lamps. T5 24V 1,2W 508 T5 24V 1,2W 1041 The lacquer is nonfading, heat-proof and resistant to scratches and conventional solvents. T5 28V 40mA 1199 It is applied in an automated spraying which guarantees a uniform coating on the glass. T13/4 Wedge Base Lamp (5,6mm) The colour coordinates and luminous flux of the lamps are measured frequently, therefore small tolerances can be maintained. Size Rating Part N° T5.6 6,3V 40mA 84 The glass bulb can be etched (frosted) to diffuse the image of the filament. T5.6 6,3V 200mA 86 All lamps can be coloured. T5.6 14V 80mA 73 Some of the advantages of using coloured lamps instead of filters are: T5.6 14V 90mA 37 Saves money - The colouring of a lamp is less expensive than a colour filter. T5.6 14V 100mA 74 Samples of various colours and hues of colour can be procured with little expense. T5.6 28V 40mA 85

CML Innovative Technologies VALUE-ADDED SERVICES include:

Wave soldering of Printed Circuit Board , crimping, and soldering of components Custom molded housings Design & manufacturing of customer light guides optimized with 3D-simulation Adding resistors and diodes Adding insulated lead wires Adding connectors, insulating tubing, and sleeving Complete cable assemblies Lighting solutions utilizing fiber optics.

12 13 Wedge Base Lamps G31/2 Lamps

T31/4 Wedge Base Lamp (10mm) G31/2 Bayonet (MCC) Lamp (11mm)

Size Rating Part N° Size Rating (V) Part N° T10 6V 1W 159 G11x24 2,5V 0,3A G973 T10 6V 2W 516 G11x24 6V 0,3A G640 T10 12V 1,2W 1112 G11x24 6V 0,5A G641 T10 12V 2W 509 G11x24 6,5V 0,3A G502 T10 13,5V 2,2W 557 G11x24 7,5V 0,22A CM51 T10 12V 2,6CP 512 G11x24 12V 2,2W G643 T10 12V 3W 504 G11x24 14,4V 0,12A CM53 T10 12V 5W 501 G11x24 24V 1,2W G568 T10 12V 5W 501K G11x24 24V 2,8W G651 T10 12V 5W 501X G11x24 24V 3W G1185 T10 12V 6W 1600X G11x24 28V 0,17A CM356 T10 14V 190mA 161 T10 14V 3W 565 G31/2 Miniature Screw (MES) Lamp (11mm) T10 14V 270mA 194 T10 24V 2W 513 Size Rating (V) Part N° T10 24V 3W 505 G11x24 1,5V 0,25A G638 T10 24V 5W 507 G11x24 2,5V 0,25A G628 G11x24 2,5V 0,3A G972 T5 Wedge Base Lamp (15mm) G11x24 3,5V 0,3A G647 G11x24 3,8V 0,22A G978 Size Rating Part N° G11x24 4V 0,46A G979 T15 6V 9W 908 G11x24 5V 0,22A G649 T15 12V 8W 906 G11x24 6V 0,06A G198 T15 12V 12W 912 G11x24 6,5V 0,3A G501 T15 12V 16W 921 G11x24 7,5V 0,22A CM50 T15 12V 16W 955 G11x24 12V 2,2W G987 T15 12V 16W 955K G11x24 24V 2,8A G650 T15 12V 16W 955X T15 24V 15W 942

T61/3 Single Filament Wedge Base Lamp (20mm)

Size Rating (V) Part N° T20 12V 21W 7440 T20 12V 5W 7443

14 15 T31/4 Bayonet and Miniature Screw Lamps T31/4 Bayonet and Miniature Screw Lamps

T31/4 Bayonet (MCC) Lamp (T10x28) T31/4 Bayonet (MCC) Lamp (T10x30)

Size Rating (V) Part N° Size Rating (V) Part N° T10 x 28 5V 90mA W440 T10x30 2,5V 0,5A CM43 T10 x 28 6V 200mA W1212 T10x30 6,3V 0,15A CM47 T10 x 28 6V 0,3A W640 T10x30 6,3V 0,25A CM44 T10 x 28 6,5V 0,3A W504 T10x30 14V 0,08A CM756 28.0 Max T10 x 28 6,5V 0,15A W476 T10x30 14V 0,2A CM1815 T10 x 28 12V 0,1A W576 T10x30 28V 0,04A CM1819 T10 x 28 12V 1,2W W1236 T10x30 28V 0,07A CM1829 T10 x 28 12V 2,2W W643 T10x30 28V 0,08A CM757 T10 x 28 24V 1,2W W568 T10x30 28V 0,17A CM313 T10 x 28 24V 2W W1152 T10x30 55V 0,05A CM1835 T10 x 28 24V 2W W1201 T10 x 28 24V 2,8W W600 T10 x 28 28V 2W W1206 T31/4 Miniature Screw (MES) Lamp (T10x30) T10 x 28 30V 2W W1204 T10 x 28 60V 0,05A W610 Size Rating (V) Part N° T10 x 28 130V 0,02A W1121 T10x30 2,5V 0,5A CM41 T10 x 28 130V 20mA W1121T T10x30 6,3V 0,15A CM40 T10x30 6,3V 0,25A CM46 T31/4 Miniature Screw (MES) Lamp (T10x28) T10x30 28V 0,17A CM1821 T10x30 48V 0,1A CM1823 Size Rating (V) Part N° T10x28 6V 0,3A W982 T10x28 6,5V 1W W475 T10x28 6,5V 0,3A W503 T10x28 12V 1,2W W575 T10x28 12V 2,2W W1309 T10x28 24V 0,05A W592 T10x28 24V 0,083A W1252 T10x28 24V-28V 2W W1122 T10x28 24V 2,8W W599 T10x28 30V 0,067A W1214 T10x28 60V 3W W609 T10x28 130V 0,02A W1159

16 17 Socketed Lamps Socketed Lamps

PC Board Lamps EBS PC Board Lamps PC

Size Voltage (V) Part N° Fig. Size Voltage (V) Part N° Fig. T2 12,6 EBS-PM 1 T1 1/2 - 1/4 14 PC-BA2/7 1 T1 1/2 - T2 13,5/14/28 EBS-P/PX 2 T1 12/14 PC-BA8/9 2 T1 3/4 12/13,5/24/28 EBS-N 3 T2 13,5 PC-BA13 3 T1 1/2 13,5/14/28 EBS-R 4 T1 1/4 14 PC-H29/35 4 T1 1/2 13,5 EBS-L/C 5 T1 5/14 PC-H52/53 5 T2 1/4 8/12,5 EBS-J 6 T1 1/4 8/12,5 PC-H57/59 6 T1 1/1 - 1/4 5/13/14 PC-H49/51/61/62 7 T1 1/4 5//6,3/12 PC-M9/23 8

Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6

Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Fig.7 Fig.8

18 19 Socketed Lamps Lampholders

PC Board Lamps SMD TECHNICAL NOTES

Size Voltage (V) Part N° Fig. T1 5/5,8/6,3/14 SMD-9/26 1 CML Innovative Technologies offers a large range of lampholders T1 1/2 14 SMD-27 2 all over the world for many types of lamps (wedge base T1 1/2(5mm), T3 1/4(10mm), T1 1/2 14 SMD-31/32 3 bayonet base or P21) and supplies exterior and interior lighting in automotive T1 5/6,3/14 SMD-43/44 4 applications and also gaming industries. T1 1/2 - 1/4 14 SMD-50 5 T1 5/14 SMD-53/54 6 Lampholders have been designed for different types of use : for printed circuits (PCB) with integrated connectors to be crimped, pushed-in fit or welded and answer to the need of replacement of lamp.

Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Our products can be assembled by manual or automatic process (feeding by taping, vibratory bowl or tube).

CML Innovative Technologies can supply with different colours, lamps and seal according to your requirement.

As an added-value service, CML IT can supply lampholders crimped into an electric circuit: stamping part or PCB.

PC Board Lamps KW

Size Voltage (V) Part N° Fig. T1 1/4 - T3 1/4 13,5/28 KW 1-2

Fig.1 Fig.2

20 21 Lampholders Lampholders

P21 Lampholder (21 Watts) T31/4 Lampholder Wedge Base (10mm)

Application Body material Part N° Bulb type Bulb designation(V) Part N° Tum signal lamp Polyamide with glass fibre 7908 T10 12V/24V 7121 Tum signal lamp Polyamide with glass fibre 7909 T10 12V/24V 7080 Tum signal lamp Polyamide with glass fibre 7910 T10 12V/24V 7416 T10 12V/24V 7496 T10 12V/24V 7418 T10 12V/24V 7545 T10 12V/24V 7575 T10 12V/24V 7547 T10 12V/24V 7147 P21 are delivered without lamp. Lamp upon request. T10 12V/24V 7643 T10 12V/24V 7668 T11/2 Lampholder Wedge Base (5mm) T10 12V/24V 7530/7494 T10 C 26000 Brass 5631 Bulb Type Bulb designation (V) Part N° T10 C 26000 Brass 5602 T5 12V/24V 7111 T10 12V/24V, Sigma 2 8366 T5 12V/24V 6797 T5 12V 24V 7297 T5 12V/24V 7566/67/68 T5 12V/24V 6799 T5 C 68800 Copper Alloy 5633/5650 Hard Temper

T13/4 Lampholder Wedge base (5,6mm)

Description Contact material Part N° T13/4(5,6 mm) C 68800 Copper Alloy Hard Temper 5605

T15 Lampholder Wedge Base

Bulb type Bulb designation(V) Part N° T15 12V/24V 5377

22 23 Aviation Lamps Aviation Lamps

CML Innovative Technologies offers a wide and complete range of aviation lamps, from incandescent, Aviation Incandescent Aircraft Lamp halogen to fluorescents. Full list and additional information upon request. All lamps are approved for aviation use by legal authorities. Volts (V) Wattage Light Output Filament shape Life Hours Size Lamp Base Fig. Part N° Lm Mscp Aviation Halogen Aircraft Lamp 5 60mA 0,63 0,05 C-2R 40.000 T1 (T3) Wire terminal 1 683 1,9 0,15 Volts (V) Wattage (W) Light Output Filament shape Life Hours Lamp Base Part N° 5 115mA C-2R 40.000 T1 (T3) B-Pin (2,54) 2 8-2400 28 24mA 1,9 0,15 CC-2F 4.000 T1 (T3) B-Pin (2,54) 2 8-2402 Lm Mscp 28 50mA 3,8 0,3 C-2F 16.000 T1 1/4 (T4) Special Midget Flange 3 737AS15 10 100 1630 130 C-8 1000 end caps 1978X 28 40mA 3,8 0,3 C-2F 7.000 T1 1/4 (T5.6) Midget Flange, SX6s 4 387 12 10 126 10 C-81 2000 bayonet BA9s 2059 28 40mA 4,3 0,34 C-2F 4.000 T1 3/4 (T5.6) Midget Groove, S5.7s 5 334 28 50 750 60 CC-8 1000 end caps 8-A103 28 40mA 3,8 0,3 C-2F 7.000 T1 3/4 (T5.6) Bi-Pin (3.18) 6 7387 28 300mA 75 6 C-2F 500 T4 1/2 (T14) Miniature Bayonet, BA9s 7 1495 28 100 1760 140 CC-8 1000 end caps 1970X 28 560mA 201 16 CC-8 2.000 B-6 (B19) Bayonet BA15s 8 1308 28 520mA 188 15 2xC-2R 300 B-6 (B19) Bayonet BA15s 8 1309IF 28 510mA 188 15 C-2V 300 S-8 (S25) Bayonet BA15s 9 305 28 670mA 264 21 C-2V 300 S-8 (S25) Bayonet BA15s 9 307 28 17W 188 15 2xC-2R 1.000 S-8 (S25) Bayonet BA15s 9 1691 28 18W 226 18 CC-8S 2.000 S-8 (S25) Bayonet BA15s 9 2332SB 28 21W 264 21 CC-8S 2.000 S-8 (S25) Bayonet BA15s 9 2233 28 36W 553 44 C-2V 1.000 S-11 (S35) Bayonet BA15s 10 3011 28 800mA 264 21 C-2V 1.000 S-8 (S25) Bayonet BA15s 9 1665 28 1020mA 402 32 2C-6 500 S-8 (S25) Bayonet BA15s 9 1683 188 15 Aviation Anti-Collision Warning Lamp 28 610mA 2C-2R 1000 S-8 (S25) Bayonet BA15s 9 1691 6 2000mA 238 19 C6 50 T2 1/4 (T7) Miniature Bayonet, BA9s 11 767 28 24mA 1,6 0,13 CC-2F 4000 T1 (T3) Sub -midget flange 12 6839 Volts (V) Wattage (W) Filament shape Life Hours Lamp Base Part N° 28 21 CC-6 300 Bayonet BA15s CM1524 28 26 CC-6 300 Bayonet BA15s A-7512-24 28 40 CC-6 300 Bayonet BA15s A-4174-24

Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6

Aviation Xenon Flashtube

Max Length Max Length Rated Life Hrs Light Output Lm Wattage (W) Lamp Base Part N° mm Inches 117 4,6 2000* 95cd/s@32j 40 Special End Caps 55-0331-3

Fig.7 Fig.8 Fig.9 Fig.10 Fig.11 Fig.12

* Life defined as 9 million flashes at rate of 75 flashes per minute = (9 x 106) / 75 = 120,000 min = 2000 hours. cd/s = candelas per second. Please note the size designation is T21/2 (T8).

24 25 Aviation Fluorescent Lamps

Aviation Fluorescent Lamp

Max Length Life Light Output Wattage Colour Cap Fig. N° Part N° Rated Hrs Lm W mm inches T5 (Ø 16mm) 150 6 7500 145 4 Warm White G5, Bi-Pin 1 CM5104WW 150 6 7500 140 4 Cool White G5, Bi-Pin 1 CM5104CW 150 6 7500 145 4 Warm White Pinless 2 5004WW 150 6 7500 140 4 Cool White Pinless 2 5004CW 226 9 7500 290 6 Warm White G5, Bi-Pin 1 CM5106WW 226 9 7500 270 6 Cool White G5, Bi-Pin 1 CM5106CW 302 12 7500 400 8 Warm White G5, Bi-Pin 1 CM5108WW 302 12 7500 380 8 Cool White G5, Bi-Pin 1 CM5108CW 302 12 7500 400 8 Warm White Pinless 2 5008WW 302 12 7500 380 8 Cool White Pinless 2 5008CW 531 21 7500 880 13 Warm White G5, Bi-Pin 1 CM5113WW 531 21 7500 860 13 Cool White G5, Bi-Pin 1 CM5113WW 531 21 7500 880 13 Warm White Pinless 2 5013WW 531 21 7500 860 13 Cool White Pinless 2 5013WW 760 30 8000 1150 18 Warm White G5, Bi-Pin 1 18WT5-WW 760 30 8000 1150 18 Cool White G5, Bi-Pin 1 18WT5-CW T8 (Ø 25mm) 909 36 14000 2200 30 Cool White G13, Bi-Pin 1 F30W133TB T12 (Ø 38mm) 984 39 9000 2800 40 Warm White G13, Bi-Pin 1 F40W1M129 984 39 9000 2800 40 Cool White G13, Bi-Pin 1 F40W1M133

Fig.1 Fig.2

26 Crédit photos : CML IT - Agilent Technologies - November 2004 November - Technologies Agilent - IT CML : photos Crédit All datas are subject to changes without notices - - notices without changes to subject are datas All

For any inquiries, please contact our sales representatives at the following 734 358 328 Besançon RCS S.A.S. Technologies Innovative CML - CEE en Imprimé - coordinates: Brain-Trust & axion conseil axion & Brain-Trust

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