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JAamw], #a#-, fgmtztz. s^iea. mam#, Momfr, #mm#, e%xm, itm-gR, uu#;ij#, tuu %, XA X o X ;i/-©^a:A©mA^©Am©t@::&(:ft c a u t. SMf © tzlstto 1 . M m XS 2 2 (1 9 7 8) 2 1 3 T.Katayama et al IEEE Trans.NS 30 (1983) 2080 fffliA M m tiom%&¥ 2 (1 9 8 7 ) 5 1 2. T.Katayama Proceed,19th INS Sympo. (1990) P21 3. mam# 48 (1993 ) 966 T.Tanabe et al Nucl.Instrum and Methods A 307(1991)7 T.Tanabe et al Phys.Rev.Letters 70(1993)422 4. M.Tomizawa et al INS-Rep-922 5. M.G.White 8th Int.Conf.on High Energy Accelerator.CERN (1971)368 6. H.Fujikawa. K.Chida, A.Mizobuchi and A.Miyahara Proceedings of 8th International Vacuum Congress (1980) plBl-154 7. f-mmx ### 8 3R, 5 2#m, 5 6M 8. K.Chida and A.Mizobuchi, Vacuum 41 (1990) 189 6 25 9. K.Chida et al. Vacuum 44 (1993) 539 1 0. K.Chida et al. Proceedings of the 9th Symposium on Accelerator Science and Technology KEK (1 993) pi81 ' \ i •88 tlMI58 13:51 my i 002) . | . ' + t j A 4'*"! u ' I /< Fax.. 0M&-64-32I2 EI19 26 Extracted Beam i'0TW Electron Coolin Septum Magnet Electric Septum TARNII Transport Line RF Cavity Inj. ^3 System Transport Line g Analytical Magnet CAVE-3A SW Magnet SF CyCLOTRO/V Ell T A R N&C/T A R N 2 PRESSURE(TORR) 1.0 ION HEATER O Ei4 PUMP VOIFF. ON TEST LION T TYPICAL TTTTT n HEATER t B-A auP CHAMBER -at GAUGE DURING TITANIUM TIME CURVE 30 P OFF [ "40 Torr (HOURS) OF PUMP BELLOWS METAL FOR VALVE 500 TURBO-MOLECULAR FLASH PRESSUR ___ L/S ] DOWN \ _ ULTRA OUADRUPOLE MASS - VS (B filter ) HIGH TIME PUMP 6'CONFLAT. flange VACUUM 28 1 sec GETTER 1000 TITANIUM •O ---- L/S 500 PUMP MM .16.0.CH, A4,C0 15.CH PRESSURE 17.0H BAKING BEFORE 2 1 ? i5 RESIDUAL (g2 ' 13 baking UNDER ( @ 250*C) GAS t* f - Xhi-Il COMPONENTS a BAKING AFTER £ w (: m OPERATE Ti PUMP 6 PRESSURE!TORR) RLSIUJAL CAS SI'aTkJM KESICUAL CAS SIT.CTHJM S.s X 10 forr l.s X 10 TO’ UNUCR HAKINC (ZSn’L) l x 10 A/rs A) M B) 17,01 RESIDUAL CAS SPECTRJM to <£> AFTER Ti 1UMP Ol'ERATION 1.) X 10' KtSlUJAL CAS SVLCTIUM 3 X 10 o | --- 1------i------1— I 17,01 10,0*01, @6 A) B) o D) f ^ S2 TARNI^®-''7>-?- Total volume ~ 900 1 f- ? y -* 7' <) y - Total surface area ~ 2 x 1 O' cm' Out gassing rate (Required] 5 x 10"" Torr • 1 /s cm' ( 130 0 Required pressure 1 x 10"10 Torr Main pumps -4-ymr Titanium Sublimation Pump 1500 1/s x 8 Sputter ion Pump 800 1/s x 4 7‘( 250 C ) 400 1/s x 4 Distributed Pump 200 1/s x 8 Roughing pumps Turbomolecular Pump 190 1/s, 500 1/s. Oil Diffusion Pump 100 1/s x 2 Mechanical Booster Pump 90 m’ / x 2 A? y y ->3. Rotary Pump 650 1/s x 2 LEGEND; Q SIP 800 I/s 0 SIP 400 I/s OSIP 200 l / s/m S TGP 15001/s TMP 1901/s HI OP 100l/s m MBP 90m 3/h RP 650 1 /min 19 HSW4TARN© is L-N TRAP @ RGA i GV -M- RV 07 TARN# 5 straight section B bending section Q Q" SECTION VACUUM SYSTEM OF THE TARN 7777777' }-40-— IS------Y-Y'CROSS SCCTI0N X- x‘ 08 TARN# CROSS SECTION ION BUMP VACUUM CHAMBER OF THE TEST RING (1/8 SECTION) - 30 VACUUM CHAMBER ( TARN- II ) Mass Spec trum Q-M D-M D-M Q M Pressure (Tor r) HI 1 0 7Me C8 1710. 0 0 /> C9 C7 CO 00 NEW □ O OLD 112 TAR m 1 1 T A R N 2 13 TARN2I^^0A7^-^- 4 w&mmvymmmvttm Parameters of the TARN-II vacuum system Table 1 : Comparison of the pump speed before and after the upgrade of TARN-II Circumference 78 m Total surface area 5x10s cm2 TARN-I TARN- II Required vacuum pressure < 1 x 10-1°Torr Previous Present Total pump speed 1.7 x 10« 1/s (1/a) d/3) (1/s) Titanium sublimation pump 1500 x 7 Sputter ion pump 800 x 5 TCP 1500 x8 1500 x7 1500 x8 400 x 3 1000 3 Turbo-molecular pump 500 x 3 700 4 Out gassing load (Required) 400 11 < 2 x 10"6 Torr-l/s Out gassing rate (Required) Ip 800 x4 800 x5 800 x6 < 4 x 10"12 Torr-l/s-cm 2 400 4 400 3 400 5 160 2 160 6 Total pump 16800 16000 30000 speed P(S5)=3.0xl0'nPa (2.3x10'TTorr ) £3 10'1‘A H 1 3 U 10'1°A V ~ ? M Bi iz H e £ 10'”A f: % fzmoiM’g ^ -x ^ 1-/1, L 1 /Vy 1 0 _ A Ha V\_ __rA__ 10 _ 7 A H=0 CO/N, V)______1 0 "'A M/e 2 18 28 43 - *93 / 7 / I? - e* 1 Min. O -93/7/1] m i 4 3 e.$| * 9 12 3 e.$| S *.$3 8 #.S5 12 f K T y 7 B$ (D a I Min, rw? a 93 / 7 / |4 - 63 / 7 / IS •• 3 e.st 6 *.$) I *.J5 12 • SI 6 ».$3 9 *.S5 I? A: Ion pump off. B: Cooler on. C: SI.S3 and S5 valve open . D: Ion pump on. E: SI.S3 and S5 valve close 32 - EG - ION CURRENT (arbitrary) X ION CURRENT (arbitrary) > m m a % 4- V — o gt % $ V ' <1. “rrT n 3 o > 4M .u t=f- A IP DO ON o a > > N E G ft >7 %S> {t \ x highest value o average • L OWEST £— A® 0 tfcJ xx no n x CO Ox 1988 1989 1990 1991 YEAR „v>4| t----- J-• -“-•—'—--—I - |g 1 8 - A ^ i" AB$ CIO AVE S3 SI -1* *>■■»)■>»*» ss ll • »Av« ?1 |h| **J1 3 •■$} I ••S3 ##ISOL-ECR^ ^ /MSB ABSTRUCT 1995#(:SF7^n on- line##-fXh^#(j''&^TU6o ^Ne^m^mbC^U. 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SGEteS-SMmttifsC R D C (. Cathode Read out Single wire Drift Counter) ©fS it^-^L/Co K V 7 hXR-XT (C 5 0 /x m© 1 0 mmdHPST?f 6ftTt^o 1 2. 5 /xm©#y A schematic view of the CRDC. (1) pre-amplifier, (2) cathode-strip, (3) anode-wire, (4) grid, y >y%^>©R#F@ (5) field-wire, and (6) drift-plate. &$©±SM7. 5 mmi|ig©M ^0. 5mmiaflT'6 0i^TD5( JMCckc $#%/:#-#©] •5 C i (7 =k -p v ^©Miflgii CRDC^lcES^nZc 7 Af- 7-f ^ -©fs^-^X^ U# @^©#-#^x h -y y-ff-^-ch LT K V 7 f X^-XT©#gg#^#J^-f-5 A 61: =k cT# bti^o vx^AttPs© crdc *<&.£©£ ft. ^0i^C2^07"7Xr^ 7 V>f- Aft^ii^TWTtf- Ai:5HfLTiiT'*5, 2&5t©CRDCiI^ftJ;D DY My-v 7 77 f /< y ^/x7 NEXT PAGE(S) I 55 I toft BLANK I IBM-PC/NEC-PCtC i 5?iUl X — f iRSi/^T^^KODAQto; 1990#, hny —y#/i/ —^ — pc9800 £f#Vtz^f— ¥ —l&S'>^-7^^KODAQtt, %9# Ofe6o ^ 6(C, 1993 #IBM-PC £tL, (D CAMAC4 Xfcftl&'tZ) X 0 A#em-c(±, [email protected] IBM-PC/NEC -PC "T— KODAQ(DEE(Ver. 4.04) 1995/4/12 4MM ZJX • 7tP^'l(?)IS • -T v/UlcDilJS - pha -> :t## - -f >5-71- " CAMACi 1C>70).FASTBUS( 1<)86|,VME( M87) -V7 HC%7(7)##lb - W.S.:NOVA.VNIDAQ(KEK>. ■ PC:KEKXiKEkl.KODAQ(INSl.DTAKE<, AIK i. - MAC:kmax( SPARROWr RMacUAl (CERN) flltlWlif9bApr ppt 58 KODAQ0 @ JS L fc t £> • it i x rA, o < ti £ f a $a mnfk • V7toV7K>i7(Mt± ■ Sfflll) • Raw_datal|R# Kl^^'SvXT'Aiajl — -3-—if—li 2 70 y 'i 7U S'ffl W. -=]-?> "7 > K ttiif'jfifftf 95Apr ppt KODAQ • fiijdi PDP-9( 1968) TOSBAC-40( 1974) U-400( 1978) • LBL(PDP11/QDA-MULTI)(1981 —) • nonCAMAC }$<1988/1-) • CAMACNECPC^l 988/9-) IBMPCJEd 993/8-) f$ttf9ftE95Apr ppt 59 KODAQ CDS&tfiSWss, EA Si, OjB*. mtXJ:. 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X= (Z| %) Zc + (ZlS)& *$CXI6) — &I(%f<&) 8 -r" +{p8 Czia)+ (i+ &,<&) W)-> <#• -'•■ft, cXIS) 8e 3, Sfrow 4$lv$— X~ (?c|X)X«,* (a15)4 + {(xte) - -ft, Cxia)J & + { (Pr - Ldj)Cxix)-«- (4A--fc,4)(x|5)j4 tV.i W$) - LCXlx^^ -» FT 20 friAif d ^ e dr if TtfU%> *■ tfiLifaOiik&A Wli I-P'SU <2(4* f 2 d t ^ & 21 d. * SOmr 900 cm 22 CONTS (ARBITRARY UNIT) 91 1617 H-HH 90 97 Zr ( 9298 1617 14 N, — xp 93 1617 HF yn) 99 140 94 16 MeV 96 16 97 16 R. 99 1615 93 M M/q q 10870 3323. @1. OiifiiSBfSI $#ES§ Fig. REJECTION FACTOR 10. Experimental beam Ep operation. (beam) rejection / Ep (ions) factor in day-to-day LO Characteristics of reaction products beam energy: EO (MEV/u) beam : MP, Ep(= Mp-Eo) target : Mt reaction product : Mr, E, 1. Fusion Reaction Mr ~ Mc(= MP + Mt) (Eo = 5) Mp/M«=l/4 MP/Mc=3/4 Er/Mr (MeV/u) ~(Mp/Mc)2Eo 0.3 3 AEr/E, ~(l/MP)(l/2Eo)l/zAp 20 % 6 X A 0 ~(l/2)AEr/Er 100 mr 30 mr large emittance low energy -> thin target Inverse reaction: important for secondary beam 2. Prorjectile Fragmentation (Mp = 24, Mr = 20) Er/Mr ~ Eo (MeV/u) 50 500 1000 ApP ~85[Mr(Mp-Mr)/(Mp-l)] 1/2(MeV/c) 158 158 158 Apt ~( ApP2 + 2002 ) 1/2 (MeV/c) 255 158 158 A 6 ~ Apt/p (mr) 41 7.3 4.7 small emittance high energy -» thick target 26 Q1 Q2 Beam Target i=2.5m 12.2' (G= 12.5cm) D : Dipole Magnet Q : Quadrupole Magnet M: Multipole Magnet E : Electrostatic Deflector X y mm 100 0 0 1st Q1 Q2 1 order (yl(p)% E (x!9)0 M1M2 2 U o (%=50mr) optics (0 o 3 =5Omr) D1 L(m) 4 FI 5 D2 Dm(+i.0%) Q4Q5F2 6 ; 7 Beam profile at FI Beam condition X0 = Y0 = 1mm (full width) 60 - cpo = lOOmr (full width) 6E = -3% , 0% , 3% 6m = 0% counts 30-20-10 0 10 20 30 x(mm) 29 Beam profile at F2 Beam condition X0 = Y0 = 1mm (full width) Rm= 200 0o = q>o = lOOrnr (full width) 6E= 10% (full width) 8m = -2% , 0% , 2% counts -30-20-10 0 10 20 30 x(mm) 30 Recoil mass separators recently constructed. D: Magnetic Dipole E: Electric Dipole. 1: Croosed Field lien Filter Principal Solid Energy Mass Maximum Kef. configuration angle acceptance resolution rigidity msr % MeV/q CARP (RCNP) DE 2 - 5 20 800 - 400 3. 8 7 Daresbury WWD 8 8 300 8 LNL (Padva) EDE 7. 5 20 300 10 9 PMA (AND EDE 8 20 340 10 10 HIRACNe* Delhi) EDE 10 20 240 15 11 JAERI (Tokai) EDE 15 24 300 10 12 KYUSHU(Fukuoka) EDD 10 10(-20) 200 3 '• SiM,£.|U %■ ^ |- ffci %*> Tk-CWC^UA. ^L®- G^-/5L)X>^ L^i/Sn^Sm **" CSrl^rJ^f t i 1 AW tM &W* 6?^a^^F tif«f-^-x- i--;Wt pf«e- %*- 4kafo L- OU |= P^j Cxi/x) £$p&t-&£ S„ pro-^lvuKv^' S^fa^re^'**- 0I39W , RCWf (VtZv,'y%«\ , 32 Transfer Matrix of an Ion-Optical System Coordinate Vector: (z,0,6,m,z) ('Vi 4) A — Aq Vectors at EXIT are expressed in terms of vectors at ENTRANCE; = 'Z'iCMMjo h - 53 'Em&htMko h — > j j k b = zte,$,771,z 0 for entrance, 1 for exit <5pt = {S\x)Z+(dl6)6* (fl6)J‘*cSl^)ntC//eJ)t 33 Fragment Mass Separator Magnetic field + Energy degrader High energy at focus point ( x I m) = D iM 2 + D2[Di( 5 |x) + (5 m) + 1 ] (x | 5 ) = DiM 2 + D 2 CD 1 ( <5 | x) + (5 5 )] Eliminate energy dispersion wedge shaped degrader DiM2 + D, = 1 : achromatic system Di(5 | x) + (5 | 5 ) = 1 : ( 5 | x) # 0 homogeneous degrader DiM 2 + D 2(5 | 5 ) = 0 : tuned system (5 I x) = 0 Resolution Rm = tf’jci - ( 5 | m)/ ( <5 | 5 ) -1/(5 | 5 )] R* = Pt[2 + (5 | q)/ (5 |5) -2/(5 | 5 )] (R(p = 1st stage energy resolution) independent of degrader shape Resolution limit (Energy straggling 5'») Rb = C(5 | 5) - (5 | m) - 1 ] / 5 , i nd ep_end_gji t of dear adeiL_&h_ajo_G__a_ad _qjlU-£ls better Rs for higher enexgy 34 Point 35 sxigg 36 . 200 . 150 FWHM=6.7mm - 100 -20.0 POSITION (mm) 10Be . 150 . 100 dE(MeV) Projectile fragient separators currently in operation. D: Magnetic Dipole. F: Energy Degrader. Principal Sol id Momentum Momentum Maxima Ref. configuration angle acceptance resolution rigidity msr % (1st stage) T-m LISE (GANIL) DFD 1 5 800 3. 2 14 RIPS (RI KEN) DFD 5 6 1500 5. 76 15 FRS (GS1) DDFDD 0.7-2. 5 2 160 - 1600 8.6 - 18 16 CD CO A1200 (NSCL) DDFDD i 3 3 700 - 1500 5. 4 17 RCNP (Osaka) DFD 1. 1 8 912 3. 2 18 #/j\z:m&K j; #ff m mm^u mamn 1994.11.16 1996.5.22 ST1EM l ItC&blz. T&6. rfrm^, ^v ^z 9 &#$t±5. @ ^(7)7^ 77 &# g L^: 9 # mLyhip-76(c(% b\% i&W<£ ~bfcb ® 9. /^y^y^y-y^7-^ay^#ug(c#<, 7^%A6#(^^yhyc%>, u^L, z< m,6^, r?-ynj ^ ^LTL^# 39 ycfyASr#^ j: 9(c-f «0 6. -mm#e5(:;wiads, tt$"C$)6. irN3?#T#;tdS, fth'Q, tf&jX, iSiti5^E't4'(f^“'el5J: 9 l^©SSIfcfcofc. t\^<, (D/St-oi^T(Z)SS(7)^EStt, ZntfipMW.lz-fab/vX, tfc^^past^oTV'S). tn MkMV&tfWr&'u'i tz$L%Ltf}f£&W£(XXhZ>. %WiZ--f vXyJ^&fcb -tir-5 r t i^S^^rEv Xz. ^(Dfctf), #L#?)%^]g3A—if^4t y>i/—^yte, »[2, 3, 4, 5] (cfi-M^y—y • AvXXJ±&i£i zt t Ltz. #2W^#5#1, ^An$#TJEL^t (DT&&. ^6#ic rT/i/=fijXA(^^i:(7)^^j as, r^y^ ■v—9 • r^ H t LX A tvfz. 2 w 1. 3y^7-ofti(^ ^f=V^^y / 2. i~5. 3. Lh 40 1. [2, 3]) (a) [ 0,1) (Dm@(cA6-#$L%$r TV (b) [ o, M) Tv , w%mT [ o, i ) , [ i, 2),..., [ m — i, m ) ##ig(cj;. (c) [ 0, 1 ) (D— i. p(x)dx = e~xdx ii. p(x)dx ~ e~x^dx (DZ 9 (d) c o, i ) 2. UVe—#:AB5t(3S; [2, 3]) (a) b/L/6 ^^/la; = b com X b-Ax (b) [ 0, 1 ) TV x TV ^^(7)^] v4 ' ^3 ;^yvi&T3RA, amm# (D 1 ^ Z. (c) TV#(D##[Zi,Z2,...,TN^4-XLP)^^#, ^ /l Xi x\ XN-1 1 x2 x2 t2 z%-V \l XN 41 3. [i, 2, an (b) (c) ^ A _b#s<7)yT] ^77 - u 4. [i, 2, 3]) (a) Marquardt iifeSrf^o /c#^M§dN—Wfe(n~f^ 1 ^‘■7 A&j'ptl. (b) ^Marquardt #;(:*# [1]) ±#2(7)^^ ^7 (a) f(x!,x2) = (xi - l)2 + [10(x2 - x2)]2 10 (b) /(xi,x2) = ]T[l/i - f{qu xi, x2)]2 f — 1 (D#d#. yh/cL, (3 yt — e~q' — e_1°9 '+ (random number) q, — 0.1,0.2,..., 1.0 N Xi /(xi,x2,x3) = ]T (C) Vi - , SiJz5Z i—1 1 + e *3 fztzL, ( 0 ( 3lifa > 1 (%# ) (^<-l^) ' •^(7)^(3, Xl Pi 1 i~T: + (random number) 1 + e r3 (d) f(x) = ]T[t/, -/( 42 fetch, y{ — Xi exp ^ ^ + X4 exp (J' ^ ^ j ^ + (random number) £7"* h • Sr-xt LX, MM* u°- K& yb^L, %i,T2,z3,..(^, % nmjL&, yi 4 ##%# 1. ^)HS> 1989 2. W. H. Press, S. A. Teukolsky, W. T. Vetterling and B. P. Flannery, Numerical Recipes in Fortran, The Art of Scientific Computing , 2nd ed., Oxford University Press, 1992 3. W. H. Press, S. A. Teukolsky, W. T. Vetterling and B. P. Flannery, Numerical Recipes in C, The Art of Scientific Computing, 2nd ed., Cambridge University, 1992 4. S lEfft rpORTRANTT(Zj: &#&#:+#: %fd5 J x £$ESJ£> 1986 5. Eia^lES, rFortran 77 (CJ:>E)liti6!tSV7 F^xTj x 1989 6. Louis Barker, , MlFFIrotih 1993 7. M. Abramowitz and I. A. Stegun, Handobook of Mathematical Functions , National Bureau of Standards, 1970, Chap. 26 8 . Microsoft Corp., Fortran PowerStation Programmer ’s Guide, 1995 9. B. D. Hahn, Fortran 90 for Scientists and Engineers, Edward Arnold, 1994 5 (0##/ K t v 7 h Windows ^7 uN) 43 1. mm xfV y —£ Fortran ifcfi C (D =%>/g y$7hll# (TX^^/^y-f/P'^yk^-y-. K y+yy£/cfl RAM \ 2. &W&V7 h (a) y —^ « y°nyyA #%# [2, 3, 4, s) Numerical Recipes in C: Oxford Press Numerical Recipes in Fortran : Oxford Press Fortran 77 £ <5 Ifc/fEStS: tb'SWIS Fortran 77 ny? A: &# (b) Wav? 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AUTCAD A- l- ?"? 7(1l:) - 71 ™ C ^ g %(ki"6o :##1 (^m) (#m) (mm ## 2 (^m (mm ZL-/< —4^/lx^7 t>:Xf —[gjg&g] (mm Or###, ^jii^cma:) ^#2 4-m# #i2#- me%^ - 73 2 zmmc co 1 2 6 3 1 8 4 2 6 8 4 2 1 7 6 5 4 3 2 10 2 2 2 2 2 2 2 2 4 0 0 0 0 0 10 0 2 3 (16+4+2+1) 0 0 0 1 0 111 12 3 ? 3 5 (32+2+1) 0 0 10 0 0 11 am (2cd«r) 110 1 110 0 #R (l©at») 110 1 110 1 8#m 3 B i t #ttCE«IoT, 16mm Tffii^4Bitffif;^-3t, 6 = 0-9 |S) b A 10 10 10 B 11 10 11 C 12 110 0 D 13 110 1 E 14 1110 F 15 1111 19 9 5 0 0 0 0 1 8mm 3 7 3 19 9 5 0 0 0 Oil i 6mm 7 c B Carry 1 1 0 10 0 3 0 0 11 0 0 10 + 3 + 0011 6 0 110 6 0 110 74 fin m 4 ii i 2m 4m 2# bit 2 1 1 0 0 0 1 0 1 0 1 0 1 1 0 0 bit 0 1 Sift 1 1 1 1 1 1 0 1 1 1 0 0 1 1 0 0 0 — < Sift 1 1 1 1 1 0 1 0 0 1 1 0 1 1 0 0 0 0 ) <- 1 1 1 1 1 0 0 1 0 0 1 1 1 1 0 0 0 0 1 1 + + + + (1) (1) Carry Carry > 75 -» (2©»K+n 1 1 0 = 1 0 0 1 1 0 0 0 1 1 1 1 0 1 1 0 0 0 0 1 1 1 1 1 0 1 1 0 1 0 1 1 0 0 1 1 1 0 0 0 0 0 0 0 0 ) 1 1 1 1 0 0 0 1 1 0 t 1 1 0 0 1 0 1 1 0 0 0 0 0 0 0 0 0 0 0 f 1 i 0 1 0 0 1 0 1 0 0 1 0 0 1 0 1 0 0 1 0 0 0 0 0 0 0 0 0 0 S — X omfktomu) 0 X X 0 0 X 0 0 0 0 0 i ( (<- + 00 0 + 00 0 ( Carry Carry + + ^ CM CM tH lOCD M ^ ; m (-» Sift) 8 t4 = 2 ...... 0 10 0 0 —> —> Sift 1/4 1 0 0 0 10 1 0 0/1 0 0 0 — 1 0 0 0 0 7 3 4-5 = 14 &0 3 73 = (6 4 + 8 + 1) 0 1110 10 1/1 0 0 1 0 0 1 10 1 10 0 0 -10 1 110 10 1 1 1 Sift JET JET COUNT' TS R TOGGLE COUNTER 76 SHIFT-* SHIP TA RING COUNTER - D Q — D Q - D Q D Q — D Q - CK CK CK CK - CK T ~Q T ~Q - ~Q - D Q D Q D Q D Q - D Q - CK CK - CK CK CK T ~Q T - "q ~Q 77 DECODER 7 SEGMENT INPUT 8 4 2 1 OUTPUT ENCODER INPUT 0 6 8 OUTPUT 8 4 78 x c ^ aa $ 17s y y ;i/ b BS 4B I 9 6 0 - (Qtt S (BBSS) ###myx*- k 1 9 7 0 - ☆ F 7 y S ttD S ( x * )]/ * - ) G e -> S i I C (DmX 1 9 8 0 - ☆ I C © Bf ft 77 S ( h v x y y ) * X y A I C PAL 1 9 9 0 - ☆ y □ y y A i c y£> S 'n iS -2> n y* y ^7 B BS Buff e r I n v e r t e r AND N A N D O R NOR X O R M < Etifl 5BBS mmtsm rXi'iJ y zL < v h h y # — 7W7U-^~ mrs ^ 'f 7 — #eBK y 7V yx x y y — 47 — * "7 y y — y 7 h y y x * - ft * j y y imm • %mm n MXyy y - x. y a — y — • f 3 — y — ktmmm in m bbs 79 * ^ I C <77 g# m 1 T4&9JU13& i) y- mum 2 ) 7 V »y 7* 7 n *y 7* 3 ) I a) TTL (74LSI) b) CMOS (7 4HCI) 2 1 ) SSB18S 2 ) 3 >/\* I/—7 3)3®f^«ffIC 80 U2Q Nega. IN FUNCTION Posi. OUT A B UP X cell 4 L L H L power 3.35 mW H L L H input 2 H H L L output UP 9 L H L H X 10 delay UP 2.5 nS X 2.5 or 5.0 nS Fig, 1 U20 2 input Adder U21 | Posi. IN FUNCTION Nega. OUT A B UP X cell 4 L L H H power 2.55 mW H L H L input 2 H H L H output UP 8 L H H L X 10 delay up 1.9 nS X 2.5 or 4.4 nS Fig, 2 U21 2 input Adder 81 U 22 Nega . IN Nega . OUT Cell 5 Power 4.25 mW Delay UP 3.8nS X 3.8nS or 5.7nS FUNCTION A B A' B ' UP B" X L L H H L H H H L L H H H L H H L L H L H L H H L H H L Fig, 3 U22 2 input Adder 82 U 30 Nega. IN Posi. IN Nega. OUT Posi. OUT AN 22 FUNCTION Cell 12 Power 9.3 mW Input loade A,B,C 2 Output UP,X 10 Delay UP 4.4 nS X 4.6 nS or 6.5 nS Fig, 4 U30 3 input Adder 83 U30 13.9 19.9 16.0 I 27.0 O C X O U30 I 33.3 up .21.0 0>O- 08 U22 up /£. 2 r° U22 n./ 23.1 27.3 -O c up|o p 4 r-d xfO 04 i 35.2 U30 U30 up > up Q—1 16.4 23.5 2 2 25.6 C X c X fr- 02 31 .6 .18.9 Power 113 mW Cell 104 + I/O 21.0 0>O- 01 27.0 Fig . g MAJORITY LOGIC (Bipolar G ate Array ) o- o o C 3 input ADD OR or EXOR o - — o 13 14 '84.5.18 OR or EXOR C8 out 8 input MAJORITY LOGIC C4 in C4 out 00 C2 in C2 out ^ Cl in Cl out --6 6------6 0-- 84.5.18 CASCADE N64 C8 out N32 C4 out N16 C2 out -o Cl out |^_o 15 16 17 18 00 00 C8 out N4 C4 out N2 M M M C2 out -o N1 Cl out -o 16 17 24 25 32 33 40 ri 48 M ink '84.5.18 n s m © m w (i ) S 89 : Ism 12 1 . 2 £ 1 $ <7) 7" V 7 hEiCEiLEH^LT, I C (AND, OR. NOR. COUNTER*^) ZMW X T. @££12 1 *> 6 ® ss o m. m ism Ef i & fern & (D m ^ m £ mm tsi $% X't, n e 5 5 5 <%%% a 3 > r yyomzmiRLX. 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( 1 ) an ^ ## y v > h g & 1 I C V ^ v F 1 6f> 1 I c 74LS06 3 LS221 1 NE555 1 LED ( #) 1 6 3 > t > -y- 0. 1 u F 7 10 m F 2 Eire VR 1MQ 1 1 k Q x 8 (9t'7) 2 560 Q 1 2 7 k Q 1 5 6 k Q 1 3. 9MQ 1 5. 6MQ 1 e m e > ( ^ X ) 3 0 dr — 7* A/ 15 cm 1 0 3 0 cm 1 0 93 B, ( 2 ) y v > h g % ^ i I C 74LS00 1 L S 0 8 1 LS32 1 LS49 6 LS90 6 NE555 1 LED TR320(]f)*y-h ) 3 'i v ^ u 'ft y x 'f v 3 $ 0. 1 n F 17 & til VR 1MQ 1 2. 7kQ x 7 (8b ’ >) 6 510 Q 4 3 . 9 k Q 2 4 7k Q 2 3.9MQ 1 5.6MQ 1 / 94 LED TR32D CEO TR3SO 22u ZERO ADJUST » jC-o-^ume nt Number - S' /■;: "C.7 95 IE D /: o o ? <^ ?. '$/$)'!£/?)% J TE320 *3 V~h" 3-3 *> -t ^7'Y7-K #-#7^ £ —[>{— \ j- b -f ------O ^%j— O 9- ^ 7>A" 7y-h' ~D>|~ h c HC>j- d TE32/ 3E3j;-h" ** ~?)-h", E y- h-" A ® (g) /^320, 32/ <9 —— 2 * 6 b a # @ # # # © © © * // /O 7 / 2 5* * 5" <4 7 @ @ # # © @ S © (Z)z 0 & c e oC 0 (2) e C 97 LINEAR WIDE TEMP INTEGRATED TYPES SE555, NE555 PRECISION TIMERS CIRCUITS BULLETIN NO.DL-S 12053, SEPTEMBER 1973-REVISED OCTOBER 1979 • Timing from Microseconds to Hours • Astable or Monostable Operation • Adjustable Duty Cycle JG OR R DUAL-IN-LINE PACKAGE (TOP VIEW) • TTL Compatible Output Can Sink or Source up to 200 mA CONTROL OIS- THRES-VOLT- « Designed to be Interchangeable with Vcc CHARGE HOLD AGE Signetics SE555/NE555 description The SE555 and NE555 are monolithic timing circuits capable of producing accurate time delays or oscilla tion. In the time-delay or monostable mode of opera tion, the timed interval is controlled by a single ex ternal resistor and capacitor network. In the astable GNO TRIG OUT- RESET mode of operation, the frequency and duty cycle GER PUT may be independently controlled with two external resistors and a single external capacitor. The threshold and trigger levels are normally two- thirds and one third, respectively, of Vqc - These levels can be altered by use of the control voltage terminal. When the trigger input falls below the trigger level, the flip-flop is set and the output goes high. When the threshold input rises above the threshold level, the flip-flop is reset and the output functional block diagram goes low. The reset input can override all other inputs and can be used to initiate a new timing cycle. When the reset input goes low, the flip-flop is reset and the output goes low. When the output is low, a low- impedance path is provided between the discharge terminal and ground. The output circuit is capable of sinking or sourcing urrent up to 200 milliamperes. Operation is specified for supplies of 5 to 15 volts. With a 5-volt supply, output levels are compatible with TTL inputs. sras 7-101 Texas Instruments incorporated 98 - 54/74 FAMILIES OF COMPATIBLE TTL CIRCUITS PIN ASSIGNMENTS (TOP VIEWS) QUADRUPLE 2-INPUT POSITIVE NANO GATES 00 gj positive logic: Y - AB 1A 11 IV Vcc 2V ZA IS SN5400 Ul SN7400 (J. Nl SN5400 (Wl SN54H00 IJ| SN74H00 (J. Nl SN54H00 (Wl SN54LOO Ul SN74LOO U. N) SN54L00 (T) See page 6-2 SN64LS00 (J, W| SN74LSOO IJ, N) SN54S00 (J, Wl SN74S00 (J. N) QUADRUPLE 2 INPUT GNO ze SA 3V POSITIVE NANO GATES WITH OPEN-COLLECTOR OUTPUTS ZSH positive logic: js GL Y - AB 1A IB IV Vcc tv ZA ze SN5401 (J) SN7401 (J. Nl SN5401 IW) SN54LS01 (J, W> SN74LS01 (J, N) SN54H01 (Wl SN54L01 (T) Vcc *6 *A 4Y 38 1A 3Y 1A :6 IY 2A ZB IV GNO SN54H01 (J) SN74H01 U, N) See page 6-4 4Y 48 *A CND 36 3A 3Y QUADRUPLE 2 INPUT rq^U^f^n.- U7].r,-u POSITIVE NOR GATES 02 positive logic: Y - A+B nminiJiiriiriiAir 1A ie IV Vcc tv 1A ze SN5402 Ul SN7402 (J. Nl SN5402 (Wl SN54L02 Ul SN74L02 U, Nl SN54L02 (Tl See page 6-8 SN54LS02 (J. W| SN74LS02U.NI SN54S02 IJ. Wl SN74S02 (J. Nl 1076 Texas Instruments INCORPORATED POST OFFICE BOX S012 • DALLAS. TEXAS 7S222 I 5-6 99 54/74 FAMILIES OF COMPATIBLE HL CIRCUITS PIN ASSIGNMENTS (TOP VIEWS) QUADRUPLE 2 INPUT POSITIVE NANO GATES WITH OPEN-COLLECTOR OUTPUTS 03 positive logic: TininiiliftiJIiJlif Y - AB 1A IB IV ZA ZB ZY SN5403 |J| SN7403 IJ, N) SN54L03 {J) SN74L03 (J. N) See page 6-4 SN54 LS03 I J. W) SN74LS03 (J. NI SN54S03 IJ, W) SN74S03 (J, N) Vrc SA 6Y SA 5Y «A 4V iv U «V GNO *V M 4V HEX INVERTERS 04 W P A •• ■ A positive logic: Y - A Pi Pi Pi r4 Pi liJiininiiTiniriif 1A IV ZA ZV ZA ZY GNO 1A ZY ZA Vcc ZA ZY AA SN5404 (J) SN7404 IJ. N) SN5404 (Wl SN54H04 (J) SN74H04 IJ, N) SN54H04 (Wl SN54L04 (J) SN74L04tJ.N) SN54L04 (Tl See page 6-2 SN54LS04 IJ. Wl SN74LS04 IJ, Nl SN54S04IJ.W) SN74S04 IJ, Nl iv «a rr gno sv &a 4v HEX INVERTERS WITH OPEN-COLLECTOR OUTPUTS t>J 05 A A positive logic: r4 Y - A n.!jijii?TijLn?.n'rL!.r 1A IV ZA ZY ZA ZY GNO 1A ZY ZA Vcc *A ZY SN540S IJ) SN7405 IJ, Nl SNS40S (Wl SN54H05 (J) SN74H05 (J, Nl SN54H05 (Wl See page 6-4 SN54LS05 (J, Wl SN74LS05 (J. Nl SN54S05 (J, Wl SN74S05 IJ. Nl HEX INVERTER BUFFERS/DRIVERS WITH OPEN COLLECTOR ^ffibR-VOLTAGE OUTPUTS positive logic: Y - A See page 6-24 SN5406 (J. W) SN7406 (J, N) 1076 Texas Instruments INCORPORATED POST OFFICE BOX S012 • DALLAS. TEXAS 7S222 I 5-7 100 54/74 FAMILIES OF COMPATIBLE TTL CIRCUITS PIN ASSIGNMENTS (TOP VIEWS) vcc «* nr m iy *a 4v HEX BUFFERS/DRIVERS WITH OPEN-COLLECTOR HIGH-VOLTAGE OUTPUTS 07 positive logic: Y - A ^ininininirtinif IA IV 2A TV 1A JV GNO See page 6-24 SN5407 (J, Wl SN7407 (J. Nl QUADRUPLE 2 INPUT POSITIVE AND GATES 08 positive logic: Y - AB SN5408 (J. Wl SN7408 (J. Nl SN54LS06 (J. Wl SN74LS08 (J. Nl SN54S08 (J, Wl SN74S08 (J. Nl See page 6-10 Vcc « «A 4Y JS JA 3Y QUADRUPLE 2-INPUT POSITIVE AND GATES WITH OP^i-COLLECTOR OUTPUTS (J! positive logic: Y - AB SN5409 (J.W) SN7409 (J, Nl SNS4LS09 (J, Wl SN74LS09 IJ. Nl SN54S09 (J. W| SN74S09 (J. Nl Seepage 6-12 TRIPLE 3-INPUT POSITIVE-NAND GATES 10 positive logic: Y - ABC SN5410 Wl SN7410 IJ, Nl SN5410 (Wl SN64HL0 (Jl SN74H10 W. Nl SN54H10 IWI SN54L10 Wl SN74L10 IJ, Nl SN54L10 IT) See page 6-2 SN54LS10 (J. Wl SN74LS10 (J, Nl SN54S10 W, Wl SN74S10 IJ, Nl 1076 Texas Instruments INCORPORATED POST OFFICE BOX SOI* • DALLAS. TEXAS 75222 I 5-8 101 54/74 FAMILIES OF COMPATIBLE TTL CIRCUITS PIN ASSIGNMENTS (TOP VIEWS) QUADRUPLE 2 INPUT POSITIVE-OR GATES 32 positive logic: Y-A+B SN5432 (J, Wl SN7432 (J, N) See page 6-28 SN54LS32 (J. W) SN74LS32 (J. N) SN64S32 (J. W) SN74S32 (J, Nl QUADRUPLE 2 INPUT POSITIVE NOR BUFFERS PEN-COLLECTOR OUTPUTS 33 % positive logic: Y - A+B SN5433 (J. W) SN7433 IJ. Nl SNS4LS33 (J. Wl SN74LS33 (J. Nl See pages 6-24 and 6-26 VCC 4« 4A 4Y * 3A 1Y QUADRUPLE 2-INPUT POSITIVE NANO BUFFERS 37 positive logic: Y-AB Tjjiiniiiin±ri±riir 1A la IV 2A is ZV CND SN5437 IJ, W) SN7437 (J. NI See page 6-20 SN54LS37 IJ, Wl SN74LS37 IJ. Nl SN54S37 I J, W| SN74S37 IJ.NI Wc «S «A IV » 1A IV QUADRUPLE 2-INPUT POSITIVE NANO BUFFERS PEN-COLLECTOR OUTPUTS 18 =D]I pOj ‘iininSrilnSF positive logic: Y-AB 1A IS IV 2A 2S ZV CNO SN5438 IJ, Wl SN7438 IJ. Nl SN54LS38 IJ. Wl SN74LS38 IJ, Nl SN54S38 IJ, Wl SN74S38 IJ. Nl See pages 6-24 and 6-26 1078 Texas Instruments INCORPORATED post o 'picc eox son s oallab . tcxab ?saaa I 5-13 102 54/74 FAMILIES OF COMPATIBLE TTL CIRCUITS PIN ASSIGNMENTS (TOP VIEWS) BCD-TO-SEVEN-SEGMENT DECODERS/DRIVERS 46 ACTIVE-LOW, OPEN-COLLECTOR, 30-V OUTPUTS 47 ACTIVE-LOW, OPEN-COLLECTOR, 15-V OUTPUTS ■ C LTABQAI tMPI/TI PUT PUT MUrt SNS446A IJ, W) SN7446AIJ, Nl SN54L46IJ) SN74L46U.NI SN5447A (J. W> SN7447A (J, Nl See page 7-22 SN54L47 (J) SN74L47 (J. Nl SN54LS47 (J. W) SN74LS47 (J. Nl BCD-TO-SEVEN-SEGMENT DECODERS/DRIVERS 48 INTERNAL PULL-UP OUTPUTS yi l rrrT • c it mob * o a PPTii linirijniilimtirtLr x > C/ LAW M M* v0 A ^ CNO PPUT1 M W MVTI SNS448 (J, W) SN7448 IJ, Nl See page 7-22 SN54LS48 (J, Wl SN74LS48 IJ, Nl BCD-TO-SEVEN-SEGMENT DECODERS/DRIVERS JWUWIR L, 49 OPENCOLLECTOR OUTPUTS IttM 1 r—P r n^riLriinirLininir \ 6 ^ C / M.AMA- x 0 * j e CMO wputi nerurs outputs SN5449 (W) See page 7-22 SN54LS49 (J, W) SN74LS49 (J, Nl 1076 Texas Instruments INCORPORATED POST OFFICE BOX 5012 • DALLAS, TEXAS 75222 I 5-15 103 - 54/74 FAMILIES OF COMPATIBLE TIL CIRCUITS ...... ULj'TnrrmBtisw«yMu PIN ASSIGNMENTS (TOP VIEWS) 256-BIT READ-ONLY MEMORIES 32 8-BIT WORDS OPEN-COLLECTOR OUTPUTS ace POt POT Sea Bipolar Microcomputer Component! Data Book. LCC4270 WEfWWW SN5488A (J, Wl SN7488A (J.NI 64-BIT READ/WRITE MEMORIES 16 4-BIT WORDS See Bipolar Microcomputer Components Data Book, LCC4270 ada HT WF at i T6i o«i Col owe SN7489 (J,N) ECADBCOUNTERS SO JolVIDE-BY-TWO AND DIVIDE-BY FIVE SN5490A (J, W) SN7490A (J. N) SN54L90 (J, T) SN74L90 (J, NI SN54LS90 U. Wl SN74LS90 (J. N) NC — No Internal connection 1076 Texas Instruments INCORPORATED POST OFFICE SOX SOI* • DALLAS. TSXAS 79**1 I 5-27 54/74 FAMILIES OF COMPATIBLE TTL CIRCUITS PIN ASSIGNMENTS (TOP VIEWS) DUAL MONOSTABLE MULTIVIBRATORS SN74221 (J.NI SNB4LS221 IJ.WI SN74LS221 (J. N) ASYNCHRONOUS FIRST IN, FIRST OUT MEMORIES 225 16 6-BIT WORDS Data Book, LCC4270 SN74S22S (J. N) 4-BIT PARALLEL LATCHED BUS TRANSCEIVERS 3-STATE OUTPUTS Tinimniniiiininir era si *i *i *i *• oca* c*o 7-345 SN54S228U.W) SN74S226 (J, N) OCTAL BUFFERS/LINE DRIVERS/LINE RECEIVERS INVERTED 3STATE OUTPUTS SN64LS240 (Jl SN74LS240 (J, N) SN54S240 IJI SN74S240 (J. N) 1076 . Texas Instruments INCORPORATED POST Office BOX soil • DALLAS, TEXAS 7*322 I 5-54 105 - K/v 8 ^ v -y 4 'C 8 y Z i I - ylo> NEXT PAGE(S) left BLANK filH 1995^3 ft 15 0 UNIX 7-?X-r-'> a 7 (fiTWS tV'5) £ 3. T^ y b 7- y b 7 - 7 ^ WS £ Ethernet ^ t , jo l t/V "7 %t LX(Dmh~^XW®Z'rt'ifzo ##li, ~f~ b 7^T<7)E6tCOV>T^^o 4r^ b ($#jtlR) 4. W^-^oig^LffS 7>y b 7-^Wffl<75*lc^T7 B,;^-'>3 > l/cVya^S’ttC, STIE Lfz i> •?> NIS(Network Information Service) tCOV^> i m# 1. 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