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TJ132-7C datasheet (3)

Part ECAD Model Manufacturer Description Type PDF
TJ132-7C TJ132-7C ECAD Model Others Shortform Semicon, Diode, and SCR Datasheets Scan PDF
TJ132-7C TJ132-7C ECAD Model RPM Micro Doubler & Center Tap Rectifiers Scan PDF
TJ132-7C TJ132-7C ECAD Model Solitron Devices Center Tap and Doubler Bridge Assemblies Scan PDF

TJ132-7C Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
J527-1A

Abstract: Solitron J527 J527-0C TJ132-6D J527-7A Solitron J527 - 1C 10d 3h TJ132-1C TJ132-0A tq33g
Text: -6A TJ132-6A J527-6C TJ132-6C J527-6D TJ132-6D 700 J527-7A TJ132-7A J527- 7C TJ132-7C J527-7D TJ132


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PDF J527-OA TJ132-0A J527-0C TJ132-0C J527-0D TJ132-0D J527-1A TJ132-1A J527-1C TJ132-1C J527-1A Solitron J527 J527-0C TJ132-6D J527-7A Solitron J527 - 1C 10d 3h tq33g
J527-0C

Abstract: 0/Solitron J527 10d 3h e9831 J527-9C J527-8C J527-7C J527-4C J527-3C J527-1C
Text: 300 3H TJ132-7C.A.D 700 1.2. 25.0 25.0 300 3H TJ132-8CAD 800 1.2 25.0 . 25.0 300 3H TJ132-9C,A,D , . 25.0 300 3G J527- 7C .A 70a 1,0 25.0 - 25,0 300 3G J527-8C.A 800 l.Q 25.0 25.0 300 3G J527


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PDF T-J23- 200ns. J527-0C J527-1C J527-2CA J527-3C J527-4C J527-5C J527-6CA J527-7C 0/Solitron J527 10d 3h e9831 J527-9C J527-8C
T2D 17 69

Abstract: No abstract text available
Text: No file text available


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PDF 72-pin, 024-cy T2D 17 69
AT25080N-10SA-2.7C

Abstract: No abstract text available
Text: (7C261 only) 7C26X—25 7C263 — 25 7C 264—25 7C 261— 35 7C263 — 35 7C264— 35 , €” 25 20, 7C263 - 2 0 , 25 7C 2 6 4 -2 0 , 25 Parameter . > 2001V CY7C261 CY7C263/CY7C264 , Parameter Description Min. Max. 7C261—25 7C263—25 7C 264— 25 Min. Max. 7C261—35 7C263 — 35 7C 264— 35 Min. Max. 7 C 2 6 1 -4 5 7C263 - 4 5 7C264—45 Min. Max. 7C261—55 7C263 —55 7C 264—55 Min. Max. Unit *AA A ddress to O u tp u t


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PDF CY7C261 CY7C263/CY7C264 7C261) 300-mil 60G-mil CY7C261, CY7C263, CY7C263-55KM CY7C263-55DM CY7C263-55LM AT25080N-10SA-2.7C
CY7C

Abstract: c42010
Text: Access Time (ns) Ic c i (mA) 7 C 4 3 3 -1 0 50 10 35 7 C 4 3 3 -1 5 40 15 35 7C 433-20 33.3 20 35 7 C 4 2 9 -1 0 7 C 4 2 9 -1 5 7 C 4 2 5 -1 0 7 C 4 2 5 -1 5 7C 421-10 7C 4 2 1-1 5 7C 419-10 7C 4 1 9-1 5 7C 42 0 -20 7C 421-20 7C424- 20 7C 42 5 -20 7C428- 20 7C 429-20 7C 4 2 9-2 5 7C432- 25 7C 4 3 3-2 5 28.5 25 35 7C 433-30 25 30 35 7C 429-30 7C429- 40 7C432- 40 7C433- 40 20 40 35 7C 43 3-6 5 12.5 65 35 7C 4 2 0-2 5 7C 4 2 1-2 5 7C424- 25 7C 4 2 5-2 5 7C 421-30 7C424- 30 7C 42 5 -30 7C 419-30 7C


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PDF CY7C419/21/25/29/33 CY7C419) CY7C421) CY7C425) CY7C429) CY7C433) 300-mil 600-mil IDT7200, IDT7201, CY7C c42010
25128LI

Abstract: 5130LC vhdl 74161 5128LC 5192LC
Text: 5032JC -17 5032JC- 20 PREFIX: CY PREFIX: PALC PALC22V10D- 7C PALC22V10D-1 OC PAL22V10C - 7C + PAL22V10 C -10C + P ALC22V10B-15C PALC22V10D -1 5 C 7C 344-25W C 7C 344-20W C 7C 344-15W C Call Factory 7C 344-20W C 7C344- 25WC 7C 344-25W M B 7C 344-25W M B 7C 344-25H C 7C 344-20H C 7C 344-15H C Call Factory 7C , 5192JI 5192LC 5192LC-1 5192LC -2 7C 342-30JC 7C 342-35JI 7C 342-30H I 7C 346-35R C 7C 346-25R C 7C 346-30R C 7C 346-35R M 7C 346-35H C 7C 346-25H C 7C 346-30H C 7C 346-35H M 7C 346-35JC 7C 346-25JC 7C


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PDF CY7C342B. 25128LI 5130LC vhdl 74161 5128LC 5192LC
epm5032dc

Abstract: 5130Q 5128A 74151 waveform 7C340 epld 342B rc 74151
Text: 1 3 0 G C -1 CYPRESS PREFIX :CY 7C344-25WC 7C 3 4 4 - 20WC 7C344-15WC Call Factor)' 7C 344-20W C 7C344-25WC 7C 344-25W M B 7C 344-25W M B 7C 344-25H C 7C344 -2 0 H C 7C344-15HC Call Faeton' 7C 344-20H C 7C 344-25H C 7C 344-20H I 7C 344-25H M B 7C 344-25H M B 7C 344-25JC 7C 344-20JC 7C 344-15JC Call Factory 7C 344-20JC 7C 344-25JC 7C344-25PC 7C 344-20P C 7C344-15PC Call Factory 7C344-20PC 7C 344-25P C 7C 343-35H C 7C 343-25H C 7C 343-30H C 7C343-35HI 7C343-35HMB 7C 343-35JC 7C 343-25JC 7C 343-30JC 7C342B -12R


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PDF CY7C34X) 65-micron CY7C34XB) CY7C340 5130LC 5130L 5130LI 5130QC 5130Q epm5032dc 5128A 74151 waveform 7C340 epld 342B rc 74151
Not Available

Abstract: No abstract text available
Text: 7C261— 40 7C263 — 40 7C 264-40 40 7C 261-45 7C263 — 45 7C 264-45 25 7C 261-30 , 7C263— 20 7C264— 20 7C261— 25 7C263— 25 7C 264-25 Maximum Access Time (ns) Maximum , % M ilita r^2! — 5 5 ° C to + 125°C 5V ± 10% O ver th e O p eratin g R angel 3 4! 7C , . 7C261— 30 7C263 — 30 7C 264-30 2.4 C om ’l O u tp u t L O W Voltage Min. 2.4 , . 7 C 26I-40 7C263 - 4 0 7C 264-40 VoH 0.4 V 0.4 0 .8 0 .8 - V 2 .0 2


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PDF CY7C261 CY7C263/CY7C264 7C261) 300-mil 600-mil CY7C261, CY7C263, CY7C264 8192-word 7C261
CY7C

Abstract: No abstract text available
Text: GND C 1£C Top View Ho < <>>< 2X2019> S3 '* 18d >4 17 C t a 7C 188A 1® ! Ao f 7C169A S W)o ?7 1 , 7C169A -25 20 90 90 7C 168A -25 7C 169A -25 25 70 80 7C 168A -35 7C 169A -35 35 70 70 7C 169A -40 40 50 70 7C 168A -45 45 50 70 2 -1 7 4 F CYPRESS SEMICONDUCTOR CY7C168A CY7C169A Maximum , haracteristics 7C Í68A -25 7C169A-25 P a ra m e te rs VoH -1 o > V ,H VIL I,X lo z los Icc IsBl IsB2 C|N CoUT , CY7C169A O v e r th e O p e ra tin g R an g e13-6 1 7C168A-15 7C I69A -15 7C168A-20 7C169A-20 M in. M ax


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PDF CY7C168A CY7C169A 7C168A) 7C169A) 7C168) 7C168 38-00095-D CY7C
LX08M

Abstract: CY7C
Text: 7C263-20 7C 264-20 M axim um Access Tim e (ns) M axim um O perating C om m ercial C u rren t (m A ) M , 20 7C 261-45 7C263 -45 7C 264-45 M in. M ax. 45 30 45 30 45 0 7C 261-55 7C 263-55 7C , I CY7C261 CY7C263/CY7C264 Ordering Information!8] Speed (ns) 20 O rd e rin g Code C Y 7C 261-20JC C Y 7C 261-20PC C Y 7C 261-20W C 25 C Y 7C 261-25JC C Y 7C 261-25PC C Y 7C 261-25W C C Y 7C 261-25D M B C Y 7C 261-25LM B C Y 7C 261-25Q M B C Y 7C 261-25TM B C Y 7C 261-25W M B 35 C Y 7C


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PDF CY7C261 CY7C263/CY7C264 7C261) 300-mil 600-mil CY7C261, CY7C263, CY7C264 261--45TM 61--45W LX08M CY7C
7C1312

Abstract: Cypress 7C130
Text: ver th e O p eratin g R angel5] 7C 130-25, 30ßl 7C131-2 5 ,3 0 7C140-25,30 7C141-2 5 ,3 0 CY7C130/CY7C131 CY7C140/CY7C141 - Electrical Characteristics 7C 130- 35 7C 131- 35 7C 140- 35 7C 141- 35 M in. 2.4 M ax. 7C 130- 45,55 7 0 3 1 -45,55 7C140- 45,55 7 0 4 1 -45,55 M in. 2.4 M , 1.40V y Switching Characteristics O ver th e O p eratin g Range!5-11! 7C130-2Sl3l 7C 131- 25 7C140- 25 7 C 1 4 1 -2 5 7C130-30 7C 131- 30 7C140- 30 7C141- 30 M in. M ax. 7C I3 0 -35 7C131-35


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PDF CY7C130/CY7C131 CY7C140/CY7C141 CY7C140/ CY7C141 CY7C130/ CY7C131; CY7C140/CY7C141 7C1312 Cypress 7C130
2000 - AMBA AHB to APB BUS Bridge verilog code

Abstract: toy car microcontroller circuit diagram of wireless toy car control toy car circuit diagram using bluetooth AMBA APB bus protocol verilog code for amba ahb bus verilog code AMBA AHB verilog code for uart apb wind electric Generator design ARM7TDMI
Text: , including ARM based minimum platform. Standard Platform Silicon Platform µPLATTMcore - 7C , µPLATTMcore -92 PLATTMcore- 7C , PLATTMcore- Software Platform Standard RTOS, Device Drivers, Power Drivers , µµPLATTMcore- 7C /92 PLATTMcorePLATTMcore - 7C /92 9 (c) OKI Electric Industry Co,.Ltd. silicon platform , - 7C PLATTMcoreµPLATTMcore- 7C µPLATTMcore -92 PLATTMcoreµPLATTMcore-92 Low end Middle range , 10 (c) OKI Electric Industry Co,.Ltd. silicon platform Overview Overview µPLATTMcore- 7C


Original
PDF ARM920T ARM920T, AMBA AHB to APB BUS Bridge verilog code toy car microcontroller circuit diagram of wireless toy car control toy car circuit diagram using bluetooth AMBA APB bus protocol verilog code for amba ahb bus verilog code AMBA AHB verilog code for uart apb wind electric Generator design ARM7TDMI
7C166

Abstract: No abstract text available
Text: optimum speed/power • H ighspeed T heC Y 7C 164 andC Y 7 C 1 66arehigh-perform ance C M O S static R , LCC Top View i/o 2 I/O! !/O0 CË WF_ m ( 7 C 1 6 6 ONLY) Selection GuideW 7C 164—10 7C 166—10 M axim um Access Tim e (ns) M axim um O p eratin g C u rren t (m A ) M axim um Standby C u rren t (m A ) 7C164—12 7C166—12 7C164—IS 7 C 166—15 7C 164— 20 7C 166— 20 7C 164— 25 7C 166— 25 7 C 1 6 4 -3 5 7C 166— 35 7C 164—45 7C 166— 45 45


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PDF CY7C164 CY7C166 7C166) 66arehigh-perform 7C166 7C164â 7C164
CY7C186-45PC

Abstract: CY7C186-55PC 7C186-20PC
Text: Block Diagram Pin Configurations LCC Top View sill Selection Guide 7C 185-20 7C 186-20 , 7C185-25 7 C 186-25 25 100 20/20 7C185-35 7C186-35 35 100 20/20 7C 185-45 7C 186-45 45 100 20/20 7C 185-55 7C 186-55 55 80 20/20 2-226 ^ æ ^^D U C T C R CY7C185 CY7C186 Static Discharge V o lta g e , Temperature 0 ° C to + 70 °C V cc 5V ± 10% Electrical Characteristics Over the Operating Range 7C 185-20 , GND V c c = Max., 7C 185-25,35)45 7C 18«-25,35,45 Min. 2.4 Max. 0.4 2.2 -3.0 -10 -10 V cc 0.8 + 10


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PDF CY7C185 CY7C186 185-20L 185-25PC 85-25V 185-25DC 185-25LC 185-35PC 85-35V 185-35D CY7C186-45PC CY7C186-55PC 7C186-20PC
2001 - B8001000

Abstract: B8003 LSI ASIC ML670000 ARM7TDMI C80000 NBS Design
Text: R O D U C T S µPLATTM- 7C Core ARM7TDMI®-Based Integration Platform August 2001 Document Reference: VER. 0.1 Oki Semiconductor µPLATTMcore- 7C User's Guide Preliminary Contents µPLATTMcore- 7C User's Guide 1. OKI SPECIFICATION (AMBATM / SNOOP , .26 7. µPLATTMCORE- 7C BUS STRUCTURE , .41 2 Preliminary µPLATTMcore- 7C User's Guide 9.2.1. External SDRAM Connection


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PDF
245a

Abstract: ZCC2 CY7C L 245A
Text: MULTIPLEXER o o z zC C 2 4 5 A -3 Selection Guide 7C 24SA -1S M axim um S et-U p T im e (ns , ercial M ilitary C om m ercial 15 10 120 7C 245A -25 7C245AL- 25 25 12 7C245A-35 7C245AL- 35 , Switching Characteristics O v er O p eratin g R angel3' 4] 7C 245A -1S 7C245A- 25 7C 245A L -25 M in. 25 , (ns) tSA 15 tc o 10 Icc (mA) 120 Ordering Code C Y 7C 245A -15JC C Y 7 C 2 4 5 A - 15PC C Y 7C 245A -15WC C Y 7C 245A -15DMB C Y 7C 245A -15LMB C Y 7C 245A -15QMB C Y 7C 245A -15TM B C Y


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PDF CY7C245A 15-ns 10-ns 300-m 24-pin 7C245A --35LM 35KMB --25LM 245a ZCC2 CY7C L 245A
Not Available

Abstract: No abstract text available
Text: 23 26 D i/O l c t 25 D GND C 24 N otes: 1. 2. _ C Y 7C 132/C Y 7C 136 (M a ster): B U S Y is o p e n d rain o u tp u t a n d re q u ire s p u ll-u p resisto r. C Y 7C 142/C Y 7C 146 , A 7L iI ÌI 38 Aqr < Ä4R ■I 7C 132 37 Î J A5R 7C 142 m 36 7C 132— 30 7C 136— 30 7C 142— 30 7C 146— 30 7C132â , rre n t (m A ) M axim um Standby C u rre n t (m A ) 7C 132— 35 7C136—35 7 C 1 4 2 -3 5 7C


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PDF CY7C132/CY7C136 CY7C142/CY7C146 CY7C132/ CY7C136; CY7C132/CY 7C136/CY7C142/ 7C146 7C136
HA 13645

Abstract: acr38
Text: oe OE tr Q Q Q O O « rf'd - c f d W Selection Guide 7C 132-25P1 7 C 1 3 6 -2 S 7 C 1 4 2 -2 S , t (m A ) C om 'l/Ind M ilitary C om 'l/Ind M ilitary 65 65 25 170 7C 132- 30 7 C 1 3 6 -3 0 7 C 1 4 2 -3 « 7C 146-30 30 170 7C 132- 35 7C 136- 35 7C 142- 35 7C 146-35 35 120 170 45 65 7C 132-45 7C 136-45 7C 142-45 7C 146-45 45 90 120 35 45 7C132-55 7C136-55 7C142-55 7C146-55 55 90 120 35 , tem perature 2 -5 9 SRAMs cy p re ss SEMICONDUCTOR CY7C132/CY7C136 CY7C142/CY7C146 7C


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PDF CY7C132/CY7C136 CY7C142/CY7C146 CY7C132/ CY7C136; 52-pin twfil24! HA 13645 acr38
TAA 293A

Abstract: CY7C smd code LY Q
Text: 7C292AL-50 7C293AL- 50 7C291A- 50 7C 292A -50 7C293A- 50 50 90 90 60 30 40 7C291A- 20 7C 2 9 2 A -20 , 7C291A-25 7C 292A -25 7C293A-25 25 90 120 7C291A- 30 7C292A- 30 7C293A- 30 30 120 40 30 40 , Switching Characteristics O ver the O p eratin g R angel3' 4l 7C 29IA L - 35 7C292A L- 35 7C293A L- 35 , tACS2 r e f e r t o 7C 29IA -25 7C292A-25 7C293A-25 M in. M ax. 25 20 20 27 27 0 7C291A - 30 , Select Inactive to H igh Z C hip Select Active to O u tp u t Valid C hip Select Inactive to H igh Z ( 7C


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PDF CY7C291A CY7C292A/CY7C293A 300-mil 600-mll 7C291A 7C292A, 7C293A 291-50T CY7C291 --50W TAA 293A CY7C smd code LY Q
CY7C

Abstract: No abstract text available
Text: and 7C293A only. Selection Guide 7C291A-25 7C292A-25 7C 293A -25 7C291AL-25 7C292AL-25 7C 293A , 7C292A-35 7C293A-35 7C 29IA L- 35 7C 292A L -35 7C293AL-35 35 90 90 60 30 40 7C291A-50 7C292A-50 , 7C293A- 25 7C291AL- 25 7C 292A L -25 7C293AL-25 Parameter VOH VOL VlH VlL Iix VCD lo z lo s Ic c , 7C291AL- 25 7C 292A L -25 7C293AL-25 7C291A-35 7C292A-35 7 C 293A -35 7 C 291A L -35 7C 292A L -35 , (7C293A C Sj Only) _ 45 ns t n z c S 2 and í a c s 2 refer to 7C 293A C S i only. 3 -1 6 9


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PDF CY7C291A CY7C292A/CY7C293A 300-mil 600-mil CY7C291A, CY7C292A, 7C293A 38--00075--G CY7C
CY7C

Abstract: 330 j65
Text: (MHz) Maximum Access Time (ns) b c i (mA) 7 C 4 3 3 -1 0 50 10 35 7 C 4 3 3 -1 5 40 15 35 7C 433-20 33.3 20 35 7 C 4 2 9 -1 0 7 C 4 2 9 -1 5 7 C 4 2 5 -1 0 7 C 4 2 5 -1 5 7C421- 10 7C421- 15 7C 419-10 7C 4 1 9-1 5 7C 420-20 7C421- 20 7C 424-20 7C 42 5 -20 7C 42 8 -20 7C 429-20 7C 4 2 9-2 5 7C 4 3 2-2 5 7C 4 3 3-2 5 28.5 25 35 7C 433-30 25 30 35 7C 429-30 7C429- 40 7C432- 40 7C 433-40 20 40 35 7C 433-65 12.5 65 35 7C 4 2 0-2 5 7C421- 25 7C 4 2 4-2 5 7C425- 25 7C421- 30 7C 424-30 7C 42 5 -30 7C


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PDF 256/512/1K/2K/4K CY7C419) CY7C421 CY7C425) CY7C429) CY7C433) 300-mil 600-mil IDT7200, IDT7201, CY7C 330 j65
Not Available

Abstract: No abstract text available
Text: CY7C342B in PLCC packages CY3342BR A dapterforC Y 7C 342B inP G A packages. Development Software , :C Y 7C344—25WC 7 C 3 4 4 - 20WC 7C 344-15W C Cali Factory 7C 344-20W C 7C 344-25W C 7C 344-25W M B 7C 344-25W M B 7C 344-25H C 7C 344-20H C 7C 344-15H C Cali Factory 7C 344-20H C 7C 344-25H C 7C 344-20H I 7C 344-25H M B 7C 344-25H M B 7C 344-25JC 7C 344-20JC 7C344—15JC Cali Factory 7C 344-20JC 7C 344-25JC 7C344 - 25PC 7C 344-20P C 7C 344-15P C Cali Factory 7C344—20PC


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PDF CY7C340 CY7C34X) 65-micron CY7C34XB) 7C342 342-30H 7C342â 35HMB
TIBPAL20L8

Abstract: D33Q7 tibpal20r4
Text: TIBPAL20L8- 7C , TIBPAL20R4- 7C , TIBPAL20R6- 7C , TIBPAL20R8- 7C TIBPAL20L8-1 OM, TIBPAL20R4 , ) TIBPAL20R' - 7C Series . . . 100 MHz TIBPAL20R' -10M Series . . . 62.5 MHz fmax (internal feedback) TIBPAL20R' - 7C Series . . . 100 MHz TIBPAL20R' -10M Series . . . 62.5 MHz fmax (external feedback) TIBPAL20R' - 7C Series . . . 74 MHz TIBPAL20R' -10M Series . . . 50 MHz Propagation Delay TIBPAL20L8- 7C Series . . . 7 ns , TIBPAL20R4- 7C , TIBPAL20R6- 7C , TIBPAL20R8- 7C TIBPAL20R4-10M, TIBPAL20R6-10M, TIBPAL20R8-10M HIGH-PERFORMANCE


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PDF TIBPAL20L8-7C, TIBPAL20R4-7C, TIBPAL20R6-7C, TIBPAL20R8-7C TIBPAL20L8-1 TIBPAL20R4-10M, TIBPAL20R6-10M, TIBPAL20R8-10M TIBPAL20R' TIBPAL20L8 D33Q7 tibpal20r4
2006 - Not Available

Abstract: No abstract text available
Text: %+ !4 7 2 >. 9%+ ,4 7 2 >. 9%+ !4 7 2 >. 9%+ ,4 7 2 >. 9%+ 1.6= 7C 2 ,. 9%+ 7C 2 . 9%+ 7C 2 ,. 9%+ @+? - 7C 2 . 9%+ @+? - 7C 2 ,.9%+ "& 2 . 6 7C 2 .9% 7C 2 .9% 7C 2 ,.9%+ ($2( 7C 2 9%+ ($2( F 7C 2 .9%+ ($2( 7C 2 9%+ ($2( F 7C 2 ,.9% !4 ,4 Values . > A > ?8 , Typical Applications " 1) (0CJ4 (0CJ4 (0J 4 7C 7 & % #


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PDF
C1985

Abstract: No abstract text available
Text: 9 9 -1 5 ts 7 C 1 9 8 -2 0 7 C 1 9 9 -2 0 20 160 180 40 7C 198-2S 7 C 1 9 9 -2 5 25 160 160 35 7 C 1 9 8 -3 5 7 C 1 9 9 -3 Î 35 150 160 35 7C198-45 7C I99-45 45 150 160 35 7C198- 55 7C 1 9 9 -5 5 55 , O ver the O p eratin g Rangel2! 7C 198-12 7C 199-12 Parameters Vq h Vo l V in V IL I[X lo z Io s , . 7C198-15 7C 199-IS Min. 2.4 0.4 2.2 - 0 .5 -1 0 -1 0 Max. 7C198-20 7 C 1 9 9 -2 0 Min. 2.4 0.4 2.2 - 0 .5 , - E lectrical C h aracteristics O ver the O p eratin g R angel2! (co n tinued) 7C 198-25 7 C 1


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PDF CY7C198 CY7C199 C1985
Supplyframe Tracking Pixel