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SI3453D-B02-GM Silicon Laboratories Inc Telecom Circuit, 1-Func, 6 X 6 MM, ROHS COMPLIANT, MO-220VJJD-2, QFN-40 visit Digikey
SI3453-B02-GM Silicon Laboratories Inc Telecom Circuit, 1-Func, 6 X 6 MM, ROHS COMPLIANT, MO-220VJJD-2, QFN-40 visit Digikey
SI3453A-B02-GMR Silicon Laboratories Inc Telecom Circuit, 1-Func, 6 X 6 MM, ROHS COMPLIANT, MO-220VJJD-2, QFN-40 visit Digikey
SI3456DDV-T1-GE3 Vishay Siliconix TRANSISTOR 5000 mA, 30 V, N-CHANNEL, Si, SMALL SIGNAL, MOSFET, HALOGEN FREE AND ROHS COMPLIANT, TSOP-6, FET General Purpose Small Signal visit Digikey
SI3453D-B02-GMR Silicon Laboratories Inc Telecom Circuit, 1-Func, 6 X 6 MM, ROHS COMPLIANT, MO-220VJJD-2, QFN-40 visit Digikey
SI3459BDV-T1-GE3 Vishay Siliconix TRANSISTOR 2.2 mA, 60 V, P-CHANNEL, Si, SMALL SIGNAL, MOSFET, HALOGEN FREE AND ROHS COMPLIANT, TSOP-6, FET General Purpose Small Signal visit Digikey

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I345

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Change | 0 D â'" â'" 25 0 cn â'" â'" 20 0 I012 â'" â'" 30 0 I345 â'" â'" 30 0 1678 10 4 Do Not Change t , CY7C901 Combinational Propagation Delays (continued) Parameters Subgroups From I345 to Y 7, 8,9,10,11 From I345 to F3 7, 8,9,10,11 From I345 to Q, + 4 7,8,9,10,11 From I345 to G, P 7,8,9,10,11 From I345 to F = 0 7,8,9,10,11 From I345 to OVR 7,8,9,10,11 From I345 to RAMo, 3 7,8,9,10,11 From Ifi78 to Y 7,8,9,10 , 7,8,9,10,11 I012 Set-Up Time Before L» H 7,8,9,10,11 I012 Hold Time After L t H 7,8,9,10,11 I345 -
OCR Scan
CY7C901-31PC CY7C901-31JC 11x1 CY7C901-32DMB CY7C901-31DC CY7C901-27LMB 2901B 00021-B
Abstract: â'" â'" 20 0 1(312 â'" â'" 30 0 I345 â'" â'" 30 0 1678 10 4 Do Not Change t 0 RAMq, 3, Qo, 3 â'" â , 34 40 37 37 â'" q, 25 25 21 â'" 28 25 28 â'" l012 40 40 40 44 44 40 35 â'" i345 40 40 40 40 40 40 40 , t 2 D â'" â'" 25 0 Q, â'" â'" 20 0 I012 â'" â'" 30 0 I345 â'" â'" 30 0 lö7S 10 4 Do Not Change t , From I345 to F3 7,8,9,10,11 From I345 to Câ'ž + 4 7,8,9,10,11 From I345 to G, P 7,8,9,10,11 From I345 to F = 0 7,8,9,10,11 From I345 to OVR 7,8,9,10,11 From I345 to RAMq; 3 7,8,9,10,11 From 1^78 to Y 7,8 -
OCR Scan
CY2901C CY2901 AM2901 CY2901CDC CY2901CDMB CY2901CPC 2901C 38-00008-B
Abstract: ppl5! Tb O utput From Input A, B Address D Cn Ioi2 I345 1678 A Bypass ALU (I = 2XX) Clock (LOW to HIGH , ,11 From I012 to RAMo, 3 F ro m m s to Y From I 345 to F 3 From I345 to C, + 4 From I345 to G, P , , + 4 From D to G, P From D to F = 0 From D to OVR From D to RAMo. 3 From I345 to F = 0 From I 345 to OVR From I345 to RAMo, 3 From I 578 to Y From I(,78 to RAMo, 3 From Ij 78 to Q 0 , 3 From A Bypass , , Hold Time A fter L * H I012 Set-UpTim e Before L H I012 Hold Time A fter L H I345 Set-Up Time Before -
OCR Scan
8 BIT ALU IC
Abstract: (loi2)> what function the ALU will perform (I345), and what data is to be deposited in the Q*register or , 1) C l = 50pF To Output From Input A, B Address D Cn 1012 I345 I678 A Bypass ALU (I - 2XX) Clock J , Set-up Time Before H - L A, B Source Address B Destination Address D Cn 1012 I345 I678 RAMO, 3, 00 , 3 20 , Delays. (Note 1) C l = SOpF To Output From Input A, B Address D Cn 1012 I345 I678 A Bypass ALU (I - 2XX , Destination Address D Cn 10 12 I345 1678 RAMO, 3, QO, 3 30 15 14 Hold Time After H - L 0 (Note 3) Set-up Time -
OCR Scan
processor Am2901 AM-201C AM2902 2901B/A 01656B
Abstract: function the ALU will perform (I345), and what data is to be deposited in the Q-register or the register , - I345 51 52 52 45 60 49 53 - I678 28 - - - - - 35 35 A Bypass ALU (I = 2XX) 37 - - - - - - - , - - 51 0 Cn - - 39 0 1012 - - 56 0 I345 - - 55 0 I678 11 Do Not Change (Note 2) 0 RAMO, 3, QO , - I345 58 58 58 48 64 56 55 - I678 29 - - - - - 27 27 A Bypass ALU (I = 2XX) 50 - - - - - - - , 25 22 25 - 1012 35 35 35 37 37 35 35 - I345 35 35 35 35 38 35 35 - I678 25 - - - - - 26 26 A -
OCR Scan
d401c 4bit alu amd 2901 alu D-40
Abstract: what data sources will be applied to the ALU (I012). what function the ALU will perform (I345), and , 35 35 37 37 35 35 - I345 35 35 35 35 38 35 35 - 1678 25 - - - - - 26 26 A Bypass ALU (I = 2XX) 35 , Destination Address 15 Do Not Change (Note 2) 0 D - - 25 0 Cjn - - 20 0 1012 - - 30 0 I345 - - 30 0 I678 , 24 24 25 24 25 - I345 26 24 24 24 26 24 26 - I678 16 - - - - - 21 21 A Bypass ALU (I = 2XX) 24 - - , Address 10 Do Not Change (Note 2) 0 D - - 16 0 Cm - - 13 0 1012 - - 19 0 I345 - - 19 0 I678 7 Do Not -
OCR Scan
qn2222- 29C10A-1 29C011 amd AM3 PIN LAYOUT amd am3 pin out amd am3 pinout diagram 29C01 AIS-WCP-15M-04/87-0
Abstract: data sources will be applied to the ALU (1012), 2) what function the ALU will perform (I345), and 3 , Destination Address D0-D 3 Cn 1 (5 1 2 I345 I678 RAMO, 3 and Q0, 3 DO NOT CHANGE (Note 2) - - - - 25 20 , ) TO F R O M - - 2^ P U T IN PU T A, B ADDRESS D0-D 3 Cn I012 I345 ¡678 Y 30 21 17 26 26 16 24 24 , 3) 2 2 0 0 0 0 0 0 ns DO NOT CHANGE (Note 2) - 16 13 19 19 Cn I012 I345 IS78 - -
OCR Scan
p2g SMD le5d 3Y0 "SMD CODE" i678 WS5901 WS5901C WS5901D MIL-STD-883C WS5901CP WS5901CY
Abstract: what data sources will be applied to the ALU (I012). what function the ALU will perform (I345), and , 35 35 37 37 35 35 - I345 35 35 35 35 38 35 35 - 1678 25 - - - - - 26 26 A Bypass ALU (I = 2XX) 35 , Destination Address 15 Do Not Change (Note 2) 0 D - - 25 0 Cjn - - 20 0 1012 - - 30 0 I345 - - 30 0 I678 , 25 - I345 26 24 24 24 26 24 26 - I678 16 - - - - - 21 21 A Bypass ALU (I = 2XX) 24 - - - - - - - , Not Change (Note 2) 0 D - - 16 0 Cm - - 13 0 1012 - - 19 0 I345 - - 19 0 I678 7 Do Not Change -
OCR Scan
CD004110
Abstract: .0001501 MINIMUM THICK. GOLD PLATE PER MIL-G-45204, 1.27 / j m C. 000050] MINIMUM THICK. i345-:g;|7 12.70 ±0.25 -
OCR Scan
00--Z--363 ASTM-D-1238 ASTH--B--453 ASTH--B--16 0Q-N-290 MIL-P-81728
Abstract: 34 30 26 20 I6 I0 5330- NBGSI 39- 26- I605 I505 I405 I345 I305 I265 I205 -II65 -II45 39 , -I345 -34BG3 34 -I305 -30BG3 30 -I265 -26BG3 26 -I205 -20BG3 20 - II65 -IGBG3 I6 -II45 -I4BG3 I4 39- 26 -
OCR Scan
5330-10BGS17F 5330N MOLEX micro pin ic cd 4074 uc 3808 uc 3804 UL94V-0 60BGS2
Abstract: the ALU will perform (I345), and what data is to be deposited in the Q register or the register stack , 43 40 33 30 46 33 36 - I345 41 38 32 28 45 36 39 - I678 20 - - - - - 29 29 A Bypass ALU (I = 2XX , 20 10 - !! ;. 24 18 20 - 1012 35 32 26 21 36 26 25 - I345 33 30 25 I 23 35 30 27 - I678 15 - - - - , 0 1012 - - 25 0 I345 - - 26 0 I678 7 Do Not Change (Note 2) 0 RAMq, 15, Qo, 15 - I 0 D , 46 39 41 - Qn 33 28 15 - 33 27 30 - 1012 50 47 36 34 53 38 41 - I345 47 44 35 35 51 44 45 - I678 -
OCR Scan
AM290L amd 2901 pinout diagram 29c101 amd am2 pinout CGX068 l67s 29C101
Abstract: the ALU will perform (I345), and what data is to be deposited in the Q register or the register stack , D 38 35 27 27 40 34 36 - Cjn 28 24 16 - 28 23 25 - 1012 43 40 33 30 46 33 36 - I345 41 38 32 28 45 , I345 33 30 25 I 23 35 30 27 - I678 15 - - - - - 20 20 A Bypass ALU (I = 2XX) 18 - - : - - - - - Clock , Change (Note 2) 0 D - - 22 0 Cm - - 13 0 1012 - - 25 0 I345 - - 26 0 I678 7 Do Not Change (Note 2) 0 , 36 34 53 38 41 - I345 47 44 35 35 51 44 45 - I678 22 - - - - - 30 30 A Bypass ALU (1 = 2 XX) 27 - - - -
OCR Scan
am2901b Am29C101s amd 2901
Abstract: (I345), and what data Is to be deposited in the Q register or the register stack (Ig78). 51 Output , 40 30 22 40 38 25 37 38 35 35 35 25 35 35 35 35 35 35 35 35 35 35 35 I345 I678 A , ) I345 I678 RAMq, 3 , Qq, 3 - - 12 D. Input ÜË Output Enable/Disable Times (N o te 5 , 10 Do Not Change (Note 2) 16 13 19 19 Do Not Change (Note 2) 9 7 - I345 I678 RAMq, a, Qo, 3 , 48 37 28 40 40 29 Qo q3 29 u. O II A, B Address D Cin 1012 I345 I678 48 37 25 40 40 -
OCR Scan
QN1012
Abstract: applied to the ALU (I012).wha< function the ALU will perform (I345). and what data is to be deposited in , 56 0 I345 - - 55 0 I678 11 Do Not Change {Note 2) 0 RAMO, 3, QO, 3 - I 16 0 D. Output Enable , 34 50 45 48 - Cn 34 32 24 - 38 31 39 - 1012 53 50 47 46 65 55 58 - I345 58 58 58 48 64 56 55 - , 30 30 30 30 38 30 30 - Cn 22 22 20 - 25 22 25 - 1012 35 35 35 37 37 35 35 - I345 35 35 35 35 38 35 , 34 40 37 37 - Cn 25 25 21 - 28 25 28 - 1012 40 40 40 44 44 40 40 - I345 40 40 40 40 40 40 40 - -
OCR Scan
i5 instruction 01G56B
Abstract: the ALU will perform (I345), and what data is to be deposited in the Q-register or the register stack , Destination Address 15 Do Not Change (Note 2) 0 D - - 51 0 Cn - - 39 0 1012 - - 56 0 I345 - - 55 0 I678 , 50 47 46 65 55 58 - I345 58 58 58 48 64 56 55 - I678 29 - - - - - 27 27 A Bypass ALU (I = 2XX) 50 , 30 30 30 30 38 30 30 - Cn 22 22 20 - 25 22 25 - 1012 35 35 35 37 37 35 35 - I345 35 35 35 35 38 35 , 34 40 37 37 - Cn 25 25 21 - 28 25 28 - 1012 40 40 40 44 44 40 40 - I345 40 40 40 40 40 40 40 - -
OCR Scan
AM2901BDC
Abstract: 20 25 â'" â'" 22 26 22 26 24 30 â'" â'" I012 32 40 32 40 30 38 28 36 34 42 26 32 27 35 â'" â'" I345 , 0 0 I012 â'" â'" â'" â'" 30 37 0 0 I345 â'" â'" â'" â'" 33 40 0 0 1678 12 16 4 Do Not Change , , 8, 9, 10,11 I345 Set-Up Time Before L|H 7, 8, 9, 10,11 I345 Hold Time After L ♦ H 7, 8, 9, 10,11 -
OCR Scan
CY7C9101 CY7C9101-30 CY7C9101-35 cy7c9101-30jc CY7C9101-30GC CY7C9101-40JC 7c9101 AM29C101 RAM15 38-00017-D
Abstract: 45 I345 5 1 52 52 45 I678 28 - - - A Bypass ALU (I = 2XX) 37 , - 39 0 1012 - - 56 0 I345 - - 55 0 I678 11 RAMO, 3, Q0 , 40 32 24 1012 53 50 I345 58 I678 29 A Bypass ALU (I = 2XX) Clock J , 55 0 Cn - - 42 0 1012 - - 58 0 I345 - - 62 0 I678 -
OCR Scan
am2901a Am2901DC AM2901ADC AM2901BPC 2901A 16-BIT MPR-014
Abstract: PA3029 HD49741NT T334 HD4047295 I345 HM9100AI LR40992 HM9100 LR40992 IC1054 -
Original
TDA3541 TMS3450 TCA780 t51496p KIA75902P LA1201 LM1011 KIA8210H CA7812 AN211 AN362 AN241 CA3065 HA1125
Abstract: (I012). w ha t function th e ALU w ill perform (I345), and w ha t data is to be deposited in th e Q , I345 A, B Address C lock _ r C. < 1 G, P j O 40 Cn + 4 A u. RAM 0 , 1012 - I678 0 30 0 - I345 0 20 - - 25 - - Qn 30 0 , 25 - I345 26 24 24 24 26 24 26 - I678 16 - - - - - , 16 0 Qn - - 13 0 1012 - - 19 0 I345 - - 19 0 I678 -
OCR Scan
Abstract: 28 36 34 42 26 32 27 35 â'" â'" I345 34 43 33 42 33 , '" â'" â'" câ'ž â'" â'" â'" I012 â'" â'" I345 â'" â'" 1678 12 , ld T im e A fte r L ♦ H 7, 8, 9 ,1 0 ,1 1 I345 Set-U p T im e B efore L * H 7, 8, 9 ,1 0 ,1 1 I345 H o ld Tim e A fte r L ♦ H 7, 8, 9 ,1 0 ,1 1 Ig78 Set-U p T im e B efo re H ♦ -
OCR Scan
Abstract: H 7,8,9,10,11 7,8,9,10,11 I345 Set-up Time Before L â'"⺠H 7,8,9,10,11 I345 -
OCR Scan
L94V-0 S-43045 SD-45391-001
Abstract: ppl5! Tb O utput From Input A, B Address D Cn Ioi2 I345 1678 A Bypass ALU (I = 2XX) Clock (LOW to HIGH , ,11 From I012 to RAMo, 3 F ro m m s to Y From I 345 to F 3 From I345 to C, + 4 From I345 to G, P , , + 4 From D to G, P From D to F = 0 From D to OVR From D to RAMo. 3 From I345 to F = 0 From I 345 to OVR From I345 to RAMo, 3 From I 578 to Y From I(,78 to RAMo, 3 From Ij 78 to Q 0 , 3 From A Bypass , , Hold Time A fter L * H I012 Set-UpTim e Before L H I012 Hold Time A fter L H I345 Set-Up Time Before -
OCR Scan
AM2901C
Abstract: '" â'" I345 1678 4 12) r_ 0 t 12 0 0 LOGIC Y To O utput From Input , ,9,10,11 I345 Set-Up Time Before L * H 7,8,9,10,11 I 345 Hold Time A fter L * H 7 ,8 ,9 -
OCR Scan
SD-51345-005 SD-51345-006 EN-02JA1021 SD-5134-5-006
Abstract: data sources will be applied to the ALU (1012), 2) what function the ALU will perform (I345), and 3 , Destination Address D0-D 3 Cn 1 (5 1 2 I345 I678 RAMO, 3 and Q0, 3 DO NOT CHANGE (Note 2) - - - - 25 20 , ) TO F R O M - - 2^ P U T IN PU T A, B ADDRESS D0-D 3 Cn I012 I345 ¡678 Y 30 21 17 26 26 16 24 24 , 3) 2 2 0 0 0 0 0 0 ns DO NOT CHANGE (Note 2) - 16 13 19 19 Cn I012 I345 IS78 - -
OCR Scan
38-00021-B
Abstract: 2 Set-U p T im e B efore loi 2 H old Tim e A fte r L H I345 Set-U p Tim e B efore L + H I345 H old -
OCR Scan
CY7C901-23 CY7C901-27
Abstract: what data sources will be applied to the ALU (I012). what function the ALU will perform (I345), and , 35 35 37 37 35 35 - I345 35 35 35 35 38 35 35 - 1678 25 - - - - - 26 26 A Bypass ALU (I = 2XX) 35 , Destination Address 15 Do Not Change (Note 2) 0 D - - 25 0 Cjn - - 20 0 1012 - - 30 0 I345 - - 30 0 I678 , 24 24 25 24 25 - I345 26 24 24 24 26 24 26 - I678 16 - - - - - 21 21 A Bypass ALU (I = 2XX) 24 - - , Address 10 Do Not Change (Note 2) 0 D - - 16 0 Cm - - 13 0 1012 - - 19 0 I345 - - 19 0 I678 7 Do Not -
OCR Scan
2901cp
Abstract: the ALU will perform (I345), and what data is to be deposited in the Q register or the register stack , 43 40 33 30 46 33 36 - I345 41 38 32 28 45 36 39 - I678 20 - - - - - 29 29 A Bypass ALU (I = 2XX , 20 10 - !! ;. 24 18 20 - 1012 35 32 26 21 36 26 25 - I345 33 30 25 I 23 35 30 27 - I678 15 - - - - , 0 1012 - - 25 0 I345 - - 26 0 I678 7 Do Not Change (Note 2) 0 RAMq, 15, Qo, 15 - I 0 D , 46 39 41 - Qn 33 28 15 - 33 27 30 - 1012 50 47 36 34 53 38 41 - I345 47 44 35 35 51 44 45 - I678 PRECI-DIP
Original
851-PP-NNN-30-001101 PCT-GF30-FR C36000 C17200 851-83-NNN-30-001101
Abstract: (I345), and what data Is to be deposited in the Q register or the register stack (Ig78). 51 Output , 40 30 22 40 38 25 37 38 35 35 35 25 35 35 35 35 35 35 35 35 35 35 35 I345 I678 A , ) I345 I678 RAMq, 3 , Qq, 3 - - 12 D. Input ÜË Output Enable/Disable Times (N o te 5 , 10 Do Not Change (Note 2) 16 13 19 19 Do Not Change (Note 2) 9 7 - I345 I678 RAMq, a, Qo, 3 , 48 37 28 40 40 29 Qo q3 29 u. O II A, B Address D Cin 1012 I345 I678 48 37 25 40 40 -
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