The Datasheet Archive

L-180LRC-TR datasheet (3)

Part Manufacturer Description Type PDF
L-180LRC-TR Para Light 1.8 mm AXIAL LED, super red Original PDF
L-180LRC-TR7 Para Light 1.8 mm AXIAL LED, super red Original PDF
L-180LRC-TR9 Para Light 1.8 MM Axial Led (Z-Bend) Original PDF

L-180LRC-TR Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
L180XX

Abstract: L-180EC L-180EC-TR7 L-180GC L-180GC-TR7 L-180LRC L-180SRC L-180YC L-180YC-TR7
Text: L-180SRC-TR7 GaAlAs Super Red Water Clear 660 1.8 2.2 350 24 L-180LRC-TR7 , Red Water Clear 660 1.8 2.2 350 24 L- 180LRC GaAlAs Super Red Water Clear


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PDF L-180XX L-180GC L-180YC L-180EC L-180SRC L-180LRC L-180UYC L-180XX-TR7 L-180SRC-TR7 L-180LRC-TR7 L180XX L-180EC L-180EC-TR7 L-180GC L-180GC-TR7 L-180LRC L-180SRC L-180YC L-180YC-TR7
TR7 8938504

Abstract: L-180EC L-180EC-TR7 L-180GC L-180GC-TR7 L-180LRC L-180SRC L-180YC L-180YC-TR7
Text: quantity per reel1500 pcs/reel Chip Part No. L-180GC-TR7 L-180YC-TR7 L-180EC-TR7 L-180SRC-TR7 L-180LRC-TR7 , L-180XX 1.8mm AXIAL LED PACKAGE DIMENSIONS 25.0(.984) 2.25(.089) 2.75(.108) 1.10(.043) 1.85(.073) 0.20(.008) 0.12(.005) 0.50(.020) 1.80(.071) 2.25(.089) Cathode Stripe Chip Part No. L-180GC L-180YC L-180EC L-180SRC L- 180LRC L-180UYC Emitted Color Green Yellow Hi.effi Red Super Red Super Red Super Yellow Raw Material GaP GaAsP/GaP GaAsP/GaP


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PDF L-180XX L-180GC L-180YC L-180EC L-180SRC L-180LRC L-180UYC reel1500 L-180GC-TR7 L-180YC-TR7 TR7 8938504 L-180EC L-180EC-TR7 L-180GC L-180GC-TR7 L-180LRC L-180SRC L-180YC L-180YC-TR7
L-180YC-TR9

Abstract: L-180EC-TR9 L-180GC-TR9 L-180LRC-TR9 L-180SRC-TR9 L-180UYC-TR9 L-180XX-TR9
Text: 350 24 L-180LRC-TR9 GaAlAs Super Red Water Clear 660 1.8 2.2 600 24 L


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PDF L-180XX-TR9 L-180GC-TR9 L-180YC-TR9 L-180EC-TR9 L-180SRC-TR9 L-180LRC-TR9 L-180UYC-TR9 L-180YC-TR9 L-180EC-TR9 L-180GC-TR9
L-180YC-TR9

Abstract: L-180GC-TR9 L-180EC-TR9 L-180LRC-TR9 L-180SRC-TR9 L-180UYC-TR9 L-180XX-TR9 l180ectr9
Text: L-180XX-TR9 1.8mm AXIAL LED (Z-BEND) PACKAGE DIMENSIONS 1.10(.043) 0.83(.033) 0.40(.016) 2.75(.108) 2.25(.089) 0.20(.008) 1.40(.055) 0.50(.020) 3.04(.120) 4.60(.180) 1.80(.071) 6.10(.240) 2.25(.089) Cathode Stripe FEED DIRECTION 5.50 9.00 12.0 2.95 1.75 0.20 1.50 2.00 4.00 4.00 Loaded quantity per reel1500 pcs/reel Chip Part No. L-180GC-TR9 L-180YC-TR9 L-180EC-TR9 L-180SRC-TR9 L-180LRC-TR9 L-180UYC-TR9 Raw Material GaP GaAsP/GaP


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PDF L-180XX-TR9 reel1500 L-180GC-TR9 L-180YC-TR9 L-180EC-TR9 L-180SRC-TR9 L-180LRC-TR9 L-180UYC-TR9 L-180YC-TR9 L-180GC-TR9 L-180EC-TR9 L-180LRC-TR9 L-180SRC-TR9 L-180UYC-TR9 l180ectr9
NEC 4216160

Abstract: No abstract text available
Text: tRAc = 60 ns tRAc = 70 ns tRAc = 80 ns tRAc = 50 ns tRAc = 60 ns tR A c M IN . M AX. 110 100 90 , ,7 = 70 ns = 80 ns 80 70 110 100 90 80 mA 4,5 tR A c tRAc = 50 ns C A S b efo re R A S re fre s h c u rre n t RAS Cycling, 1CC5 t RC = tR C IM IN .) tR A c tR A c = 60 ns = 70 ns , RAS, CAS :0 V ^ V i l ^ 0.2 V V c c - 0 . 2 V S V i h S V ih -h a * , tR A S â 300 ns 450 M 4 , 50 ns tRAc = 60 ns tRAc = 70 ns tRAc = 80 ns tRAc = 50 ns tRAc = 60 ns tRAc = 70 ns tR A c tR A c


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PDF uPD42S16160 uPD4216160 uPD42S18160 uPD4218160 16-BIT, 42S16160, 42S18160, /iPD42S16160, 42S18160 50-pin NEC 4216160
Not Available

Abstract: No abstract text available
Text: are activated. Therefore, the address input setup tim e (tA S R , U s e ) and hold tim e ( tR , lo tR C = tR C ( M IN ) , Standby current /¿PD42S65165 |C C 3 RAS, CAS > V ih , , 0.2 = lo = 0 mA 0.2 mA 1.0 lo = 0 mA V , 0.5 tR A c = lo = = 50 ns 150 tR A c = 60 ns 130 = 50 ns 120 tR A c = 60 ns 100 50 ns 150 tR A c = 60 ns 130 tR A s < 300 ns 1 tR A c 0 mA 0 mA CAS before RAS


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PDF 16-BIT, PD42S65165, PD42S65165 50-pin S50G5-80-7JF3 PD42S65165G5-7JF, 4265165G
Not Available

Abstract: No abstract text available
Text: B -C S B C B L -C # 1 2 S o l. # 1 2 S o l. # 8 S tr . # 8 S tr . .1 5 .1 5 .3 8 .3 8 , B C 3 5 0 -1 # 2 S o l. 1 /0 S o l. 4 /0 S tr . 3 /0 S tr . 250 M CM 350 M CM .4 7 .58 , 1 1 For Use With S o l. S o l. S o l. S o l. S tr . S tr . S tr . S tr . E S td . , C T 3 -C S B C T 2 -C M in . # 1 4 S tr . # 1 0 S tr . # 8 S o l. # 8 S o l. M ax. #8 #6 #3 #2 S tr . S tr . S tr . S tr . D im e n s io n s -ln c h e s M in . Tap w. O ne M a x


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PDF
Not Available

Abstract: No abstract text available
Text: hold time ( tR A H , t c A H ) are specified for the activation of RAS and CAS. UWE, LWE Input , ) Parameter Symbol Operating current Ic c i Test condition tR C = Standby current tR C , . Unit Notes 60 ns 125 mA 1, 2, 3 = 70 ns 115 tR A c = 0 mA RAS, CAS , cycling, CAS tR A c = V , 0 mA lo = 2.0 0 mA (Hyper page mode (EDO) tH P C = CAS before RAS |C C5 refresh current 1.0 ll(L) lo = = tR C ( M IN ) , lo =


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PDF 64K-WORD 16-BIT, PD421175 44-pin 40-pin VP15-207-3
st z7m

Abstract: SO DIMM 72-pin C5401 PI-33
Text: TIMING DIAGRAM - 1 EDO MODE EARLY WRITE CYCLE tRASP(14) RÄS V ,h " V lL 'S tR P|12] . tRHCP(4) ¿ V tC pP (2 0). V IH C AS V I L - _/ / 4 - tR C D (IB ) IC A S (17| tC , MIXED CYCLE tR A S P (U ) . I _ tH P C ( 3 ) _ \ Í12L r V U-t 1A5FS122) tl !A , > 761 EDO MODE TIMING DIAGRAM - 1 RAS-ONLY REFRESH CYCLE tR C d l l tRAS(13) tRP(12 , CAS-BEFORE-RÂ5 REFRESH CYCLE 762 EDO MODE TIMING DIAGRAM - 1 HIDDEN REFRESH CYCLE (READ) «R e ç u tR


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PDF HYM5V64104AX/ATX HYM5V64124AX/ATX HYMSV64100AN/ATN HYMSV641OOAX/ATX 1WCHQ11 1CWU351, st z7m SO DIMM 72-pin C5401 PI-33
UPD482445GW-70

Abstract: UPD482445
Text: setup time time ( tR A H , t c A H ) ( U s r , tA sc ) Using these, one word memory cells (16 bits


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PDF uPD482444 uPD482445 256K-WORD 16-BIT UPD482445GW-70
2000 - Not Available

Abstract: No abstract text available
Text: Power Supply (5V+/ -10%) Fast Access Time & Cycle Time (Unit: ns) tR A C tC A C GM71C(S)18160C/ CL-5 GM71C(S)18160C/ CL-6 GM71C(S)18160C/ CL-7 50 60 70 13 15 18 tR C 90 110 130 tP C 35 40 , i n g : tR C = tR C min) S tandby Current (TTL) Power Supply Standby Current ( R A S , U C A S , L C , Mode (t R C = tR C min) Fast Page Mode Current Average Power Supply Current Fast Page Mode (t PC = tPC , . 2 V , D O U T = High-Z) CAS-before-RAS Refresh Current (t R C = tR C min) 5 0 ns 6 0 ns 7 0 ns 5 0


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PDF GM71C18160C GM71CS18160CL GM71C 18160C/ 42pin 400mil
Not Available

Abstract: No abstract text available
Text: Ü | TR E IN 2 Ü BASIN2 HI BASNF2 [3 BB12 iÖ|BB02 Ü B B I2 U TONEL2 g BUFLI2 1 BU FL02 , |P2H IP4H mA 0.3 1 3 uA uA V V tf tr b - tf tf tf tr tf tr tr tf - 0 .3 0 0.3 - tr tr tr î î tr tr tf 3.6 4.5 5 V - tr tr tr tf tr tr tf tf 0 0.5 1.4 V 4.4 0.3 , 8oost switching o ffse t voltage 2 tf 1 O O O O O O FF FF FF FF FF FF 2 tf tr î î tr tr 1


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PDF M62413FP 62413F BUFL02 BUFH02
2000 - Not Available

Abstract: No abstract text available
Text: Power Supply (5V+/ -10%) Fast Access Time & Cycle Time (Unit: ns) tR A C tC A C GM71C(S)16160C/ CL-5 GM71C(S)16160C/ CL-6 GM71C(S)16160C/ CL-7 50 60 70 13 15 18 tR C 90 110 130 tP C 35 40 45 , i n g : tR C = tR C min) S tandby Current (TTL) Power Supply Standby Current ( R A S , U C A S , L C , Mode (t R C = tR C min) Fast Page Mode Current Average Power Supply Current Fast Page Mode (t PC = tPC , . 2 V , D O U T = High-Z) CAS-before-RAS Refresh Current (t R C = tR C min) 5 0 ns 6 0 ns 7 0 ns 5 0


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PDF GM71C16160C GM71CS16160CL GM71C 16160C/ 400mil
BASS mid TREBLE CIRCUIT

Abstract: M62413FP bass mid treble control circuit BB02
Text: condition Quiecet i o f data SA SA SB SB s c sc s o 1 2 i 2 1 2 1 O FF O FF O FF O FF O FF O FF a if tr tf , PIN22 tr tr tr PIN32 PIN32 PIN31 PIN31 PIN30 PIN30 PIN29 PIN29 PIN28 PIN28 PIN27 PIN27 PINI 9 PINI 9 , ®-§ Icc o ^ V bef V fil IlH a Circuit current Reference voltage FiIter voltage Î Î tr tr tr tr tr tr tr tr tr tr tr tr tr tr tr ft tr b mA V V WA " H" level V ih = 4.5V , 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 1 10 11 12-15 U tr ft tr tr tr tr tr tr tr tr tr tr


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PDF M62413FP M62413FP l58ll57l BUFL02 24ipS l26Jl27l BASS mid TREBLE CIRCUIT bass mid treble control circuit BB02
1998 - u334

Abstract: TQFP100
Text: WR/ TR 82 NC 83 WE/WY 84 IE 85 WCLK 86 WYAD 87 VCC 88 VCC 89 NC 90 WXAD , /RX 99 RXINC2 100 NC n RR2/ TR 1 75 DINY/2 REC2/RY 2 74 DINY/3 RCLKC2 3 73 , RXINC1 8 68 DINC/0 67 NC NC 9 RR1/ TR 10 66 DINC/1 RE1/RY 11 65 DINC/2 64 NC NC 12 , . No. No. 1 RR2/ TR 26 NC 51 DOC1/1 76 NC 2 REC2/RY 27 , WXINC 6 RCLKY2 31 DOY2/0 56 DOC2/2 81 WR/ TR 7 RADE1/RX 32 DOY2/1


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PDF J2L0057-18-X1 MSM548333A MSM548333A 384-Word 8-Bit240 MSM548333ATVVTRY/C 8C240 u334 TQFP100
u334

Abstract: MSM548333 TQFP100
Text: WR/ TR 82 NC 83 WE/WY 84 IE 85 WCLK 86 WYAD 87 VCC 88 VCC 89 NC 90 WXAD , /RX 99 RXINC2 100 NC n RR2/ TR 1 75 DINY/2 REC2/RY 2 74 DINY/3 RCLKC2 3 73 , RXINC1 8 68 DINC/0 67 NC NC 9 RR1/ TR 10 66 DINC/1 RE1/RY 11 65 DINC/2 64 NC NC 12 , . No. No. 1 RR2/ TR 26 NC 51 DOC1/1 76 NC 2 REC2/RY 27 , WXINC 6 RCLKY2 31 DOY2/0 56 DOC2/2 81 WR/ TR 7 RADE1/RX 32 DOY2/1


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PDF J2L0035-17-Y1 MSM548333 MSM548333 384-Word 8-Bit240 MSM548333TVVTRY/C 8C240 u334 TQFP100
1998 - U339

Abstract: wy 84 C2RC rxy-2 TQFP100
Text: WR/ TR 82 NC 83 WE/WY 84 IE 85 WCLK 86 WYAD 87 VCC 88 VCC 89 NC 90 WXAD , /RX 99 RXINC2 100 NC n RR2/ TR 1 75 DINY/2 REC2/RY 2 74 DINY/3 RCLKC2 3 73 , RXINC1 8 68 DINC/0 67 NC NC 9 RR1/ TR 10 66 DINC/1 RE1/RY 11 65 DINC/2 64 NC NC 12 , . No. No. 1 RR2/ TR 26 NC 51 DOC1/1 76 NC 2 REC2/RY 27 , WXINC 6 RCLKY2 31 DOY2/0 56 DOC2/2 81 WR/ TR 7 RADE1/RX 32 DOY2/1


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PDF J2L0057-18-X1 MSM548333A MSM548333A 384-Word 8-Bit240 MSM548333ATVVTRY/C 8C240 U339 wy 84 C2RC rxy-2 TQFP100
2000 - Y768

Abstract: No abstract text available
Text: RR2/ TR 1 REC2/RY 2 RCLKC2 3 NC 4 REY2/RY 5 RADE1/RX 7 RXINC1 8 NC 9 RCLKY2 6 RR1/ TR 10 RE1/RY 11 , WE/WY 95 RYAD1 93 RXAD2 80 WXINC 81 WR/ TR 78 DINY/0 77 DINY/1 96 RXAD1 90 WXAD 86 WYAD 85 , 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 RR2/ TR REC2/RY RCLKC2 NC REY2/RY RCLKY2 RADE1/RX RXINC1 NC RR1/ TR RE1/RY NC RCLK NC VSS VSS VSS DOY1/0 DOY1/1 DOY1/2 DOY1/3 NC VCC DOY1/4 DOY1/5 , 93 94 95 96 97 98 99 100 NC DINY/1 DINY/0 WADE/RX WXINC WR/ TR NC WE/WY IE WCLK WYAD VCC VCC NC


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PDF J2L003517Y1 MSM548333 MSM548333 384Word 8Bit240 MSM548333TVVTRY/C 8C240 Y768
2000 - GM71C18160C

Abstract: GM71C GM71CS18160 buffer 24V
Text: ) Fast Access Time & Cycle Time functions by utilizing advanced CMOS process technology. tR A C tC A C The GM71C(S)18160C/ CL offers (Unit: ns) tR C tP C Fast Page Mode as a high , , U C A S o r L C A S C y c l i n g : tR C = tR C min) 5 0 ns - 190 6 0 ns - 170 , ICC4 RAS Only Refresh Current Average Power Supply Current RAS Only Refresh Mode (t R C = tR C , L C A S > = V C C - 0 . 2 V , D O U T = High-Z) CAS-before-RAS Refresh Current (t R C = tR C min


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PDF GM71C18160C GM71CS18160CL GM71C 18160C/ 18160C/ 18160C71CS18160CL GM71C18160C GM71CS18160 buffer 24V
Not Available

Abstract: No abstract text available
Text: 945 tR = tRC(M ), lo = 0 m A C IN Operating current tRAc = 60 ns 855 9.0 /RAS, /CAS , ns 1,215 tR = tRC(MIN), lo = 0 m A C (Hyper page mode (EDO) tRAc = 50 ns tH = tH (M .), lo = 0 m A PC PC IN |C 4 C Operating current /RAS cycling, /CAS > V ihjmin.) tR = , 0.4 ( tR c V and tHPc). 2. Specified values are obtained with outputs unloaded. 3. Ic c , Symbol = 50 ns tR A c MIN. tR A c MAX. = 60 ns MIN. Unit Notes MAX. Read


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PDF MC-428LFF721 72-BIT MC-428LFF721 uPD4264805
2000 - GM71C

Abstract: GM71C16160C
Text: (Unit: ns) tR C tP C Fast Page Mode as a high speed access mode. GM71C(S)16160C/ L-5 C , 70 18 130 45 technology. tR A C tC A C The GM71C(S)16160C/ CL offers standard , Average Power Supply Operating Current ( R A S , U C A S o r L C A S C y c l i n g : tR C = tR C min , Refresh Mode (t R C = tR C min) 5 0 ns - 110 6 0 ns - 100 7 0 ns - 90 Fast , Refresh Current (t R C = tR C min) mA 2 mA 1, 3 5 mA ICC7 B attery B ack Up


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PDF GM71C16160C GM71CS16160CL GM71C 16160C/ 71CS16160CL GM71C16160C
Not Available

Abstract: No abstract text available
Text: , t A s c ) and hold tim e ( tR A H , t c A H ) are specified for the activation of RAS and , condition MIN. MAX. Unit Notes 50 ns 120 mA 1, 2, 3 RAS, CAS cycling tR A c = tRC = tRC (MIN.) tR A c = 60 ns 100 Io = 0 mA Ic c i tR A c = 70 ns 90 80 ns 80 tR A c = Standby ,uPD42S17400L RAS only refresh current |CC3 > V cc > V , = 0 mA 2.0 lo V, 0.5 = 0 mA tR A c = 50 ns 120 tR A c 1,2, 3,4


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PDF PD42S16400L, 4216400L, 42S17400L, 4217400L 42S17400L 26-pin
Not Available

Abstract: No abstract text available
Text: noted) Sym bol Icci Test condition M IN . M AX. tR A c t RC (MIN.Í = 70 ns 720 = 80 ns Notes mA 3, 4, 7 800 tR A c = = 60 ns tR A c RAS. CAS Cycling ÍRC Unit 640 lo = 0 m A Standby current 4 lo = 0 mA 1.2 RAS Cycling tR A c = 60 ns 800 tR A c = 70 ns 720 tR A c = 80 ns 640 tR A c = 60 ns 560 tR A c = 70 ns 480 = 80 ns 400 tR A c = 60 ns 800 tR A c = 70 ns 720


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PDF MC-42S4000LAC32S 32-BIT PD42S17400LG3 M72S-50A5
1999 - M53210

Abstract: No abstract text available
Text: component Speed tR A C tC A C tR C -50 50ns 15ns 90ns -60 60ns 15ns 110ns , =100pF Parameter -50 Symbol M in Random read or write cycle time tR C Access time from R A S tR , 50 ns 2 R A S precharge time tR P 30 R A S pulse width tR A S 50 0 40 10K 60 ns 10K ns R A S hold time tR S H 13 15 ns C A S hold time tC S H , time tR C D 20 37 20 45 ns 4 R A S to column address delay time 25 15


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PDF M53210224DE2/DJ2 M53210224DE2/DJ2 1Mx16, M53210224D 2Mx32bits M53210224D M53210224DE2-C cycles/16ms 1Mx16bits 42-pin M53210
MC-428LFC72FB-A60

Abstract: MC-428LFC72FH-A60 50A16
Text: , 3 ,4 mA 1, 2, 5 mA 1, 2 +45 +5 +5 ßA ßA V lo = - 2 .0 mA lo = +2.0 mA ( tR , .) (M AX .) tr = 2 ns (3) O utput load condition tT = 2 ns Com m on to Read, W rite, Read Modify W rite Cycle tR A c = 50 ns MAX. - tR A c = 60 ns Unit Notes MAX. - Param eter Read , . tR C tR P tc P N MIN. 104 40 10 60 10 20 35 9 7 10 5 5 0 10 5 5 5 18 1 - 84 30 7 50 8 18 33 6 , tR S H tc S H tR C D 10,000 10,000 - 10,000 10,000 - 32 20 - 40 25 - tRAD tc R P


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PDF MC-428LFC72 -428LFC72 M168S-50A17-2 MC-428LFC72FB-A60 MC-428LFC72FH-A60 50A16
Supplyframe Tracking Pixel