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Part Manufacturer Description Datasheet Download Buy Part
QBVE078A0S10R4 GE Critical Power High Power Barracuda, PMBus equipped DC-DC bus converters, 48V (45V-56V), 10.4V, 78A, 0.97
1393682-8 TE Connectivity Ltd C42334A 78A 10=GEHAEUSEKUPPLE

S4 78A Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2004 - lc877b80a

Abstract: S4 78A S6 78A lc877b64a LC877B00
Text: S9/PB1 S8/PB0 S7/PA7 S6/PA6 S5/PA5 S4 /PA4 S3/PA3 S2/PA2 S1PA1 7/28 LC877BC8A/B2A/96A/80A/ 78A , Ver:1.30 N3004 November 30, 2004 Ogata 1/28 LC877BC8A/B2A/96A/80A/ 78A /72A/64A/56A/48A/40A/32A , ) (LC877B80A/ 78A ) (LC877B72A) (LC877B64A) (LC877B56A) (LC877B48A) (LC877B40A) (LC877B32A) (LC877B24A) (2 , (12MHz) Target speed 2/28 LC877BC8A/B2A/96A/80A/ 78A /72A/64A/56A/48A/40A/32A/24A (5) Ports - Input , / 78A /72A/64A/56A/48A/40A/32A/24A (9) High-speed clock counter - Countable up to 20 MHz clock (when


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PDF LC877B00A LC877BC8A 128KB LC877BB2A 112KB LC877B96A LC877B80A LC877B78A LC877B72A LC877B64A lc877b80a S4 78A S6 78A lc877b64a LC877B00
Not Available

Abstract: No abstract text available
Text: A N 3480A , M A N 3680A , M A N 78A , M A N 38 80A and W ide viewing a n g le . 150 , 3480A M A N 3680A M A N 78A M A N 3880A M A N 3980A COLOR DESCRIPTION H igh Efficiency G , Intensity vs. Temperature 4-34 74bbô51 0 0 0 L S4 7 7 3 ,5 CIÛ60 I 0.300-INCH SEVEN


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PDF 300-INCH MAN3480A MAN3680A MAN78A MAN3880A MAN3980A C1222 C1333 MAN36MA MAN78A
TC9190N

Abstract: 7S47 TC91S dolby toshiba CL15 CL25 DIP-28 TC9191P cx1500
Text: ±1125 046±CL15 l/ 78 ±a25 LL0±ai5 0—15' +cu a25-ao5 Lead pitch, is 1.78 and. tolerance is ±CL25 , TZ T3 I T4 I TS I T6 T7 S1 I S2 | S3 | S4 SS I S6 TC9190N OND | OSC | TEST SI VDD T1 T2 CK |S STB |6 38 I? S7 ■8 17 ■T3 16 ■T4 T5 |S1 S6 S5 I 9 110 131 SZ 12 | S3 11| S4 TC9191P , -r-5 s? se S7 ss ss ' s4 ss ss si -AUDIO DIGITAL ICs: -571- TC9190N, TC9191P TOSHIBA , « > SS St S6 SS S4 S3 BZ SI -TOSHIBA -572- -. «pu TT ^ , - TOSHIBA-, ELECTRONIC G5 DE ITCHTSM


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PDF ciDc17247 TC9190N TC9191P TC9190N DIP-28 TC9191P TC9190N, 7S47 TC91S dolby toshiba CL15 CL25 cx1500
diode S4 78A

Abstract: No abstract text available
Text: C cp GU d703 d, Q3 Q S [El Ü O DIP (P4, D4) SO IC ( S4 ) QND ONO D* \fcc C S3 Hi , Power Supply Current5 6.0 4.0 7.8⠀œ 6.2 16.84 Vcc = MAX, VIN= 3.4V2, f, = 0, Outputs


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PDF P54/74FCT11374 P54/74PCT11374) P54/74ACT11374 250MHz MIL-STD-883, AE1622-2 diode S4 78A
Not Available

Abstract: No abstract text available
Text: °6 Qj □ O7 DIP (P4, D4), SOIC ( S4 ) aPERFORMANCE_ SEM , .2 V 7.8⠀œ 6.2 Vcc= MAX, One Bit Toggling, 50% Duty Cycle, OE = GND, Outputs Open, V|n -


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PDF P54/74FCT3974C/D MIL-STD-883 J974C 1974D
SIM49

Abstract: S4 78A 1271A0 M68000 M68300 MC68349
Text: S2 S4 \ X. x X y J DMA READ S0 S2 S4 x: >c x: \ \ y y \ \ DMA READ S0 S2 S4 CPU CYCLE S0 n_n x x: )C , DONEx (INPUT) DACKx DONEx (OUTPUT) NOTES: CPU CYCLE SO S2 S4 \ K x; >c / / y so CPU CYCLE S2 S4 >c X" )C \ / \ )—C DMA READ SO S2 S4 \ \ y > Y x. )C X" y y \ \ CPU CYCLE SO S2 S4 \ )-C r y r )C >c >C DMA READ SO S2 S4 \ \ > \ n_n_ x X f \ y 1. DREQx must be active for two consecutive clocks for a DMA , A31-A0 FC3-FC0 SIZ1-SIZ0 AS DS R/W D31-D0 DSACKx DREQx DONEx (INPUT) DACKx DONEx (OUTPUT) S0 S2 S4 S0 S2


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PDF 32-Bit MC68349 SIM49 S4 78A 1271A0 M68000 M68300
1271A0

Abstract: M68300 MC68340 MC68341 STR 6622 AS68K
Text: ) CPU CYCLE SO S2 S4 \ X. x X y J DMA READ SO S2 S4 x: >c x: \ \ y y \ \ DMA READ SO S2 S4 CPU CYCLE SO , A31-A0 FC3-FC0 SIZ1-SIZ0 AS DS R/W D31-D0 DSACKx DREQx DONEx (INPUT) DACKx DONEx (OUTPUT) S0 S2 S4 S0 S2 S4 S0 S2 S4 S0 X X X X X X X X X X X X "A / \ / \ / \ / \ / w \ \ -J / )-( )â , Burst) 6-10 MC68341 USER'S MANUAL MOTOROLA DC X DC NOTE: CPU CYCLE SO S2 S4 \ \ x: )C >c y y CPU CYCLE SO S2 S4 \ x: x: )C y _/ DMA WRITE SO S2 S4 x: X )C _/ W \ \ "\_r CPU CYCLE SO S2 S4 i / X X >C _/ -


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PDF 32-Bit D15-D0 M68300 MC68341 AS68K 1271A0 MC68340 STR 6622
Not Available

Abstract: No abstract text available
Text: DIP (D4.P4) SOIC ( S4 ) EFT- y, MOEX £1 Ü Y, ^ Y, z Y, D 3 Y j 3 Y * 3 Y 5 à , D) LCC (L5-1) DIP (D4.P4) SOIC ( S4 ) o— h O4 G3 G3 H GO C3 E l (ZI Oj 04 NC , , Y j v* ys Y « y7 E N c p Qi [Ü 53 51 Ei 5 i Y, DIP (D4.P4) SOIC ( S4 ) 2 Y , Current5 *c 4.0 2.2 6.0 4.0 7.8⠀œ 6.2 16.8* Units Conditions VCC=MAX, f, =


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PDF P54/74FCT821A/B/C P54/74PCT821A/B/C) P54/74FCT823A/B/C P54/74PCT823A/B/C) P54/74FCT825A/B/C P54/74PCT825A/B/C) Am2982l/23/25 1817TW MIL-STD-883, 10-Bit
M68000

Abstract: MC68340 SIM40
Text: DONEx (INPUT) DACKx DONEx (OUTPUT) CPU CYCLE SO S2 S4 \ \ >c x. >c y J DMA READ SO S2 S4 \ \ x: >c x: y \ DMA READ SO S2 S4 \ \ r \ CPU CYCLE SO x: >c y / y _A \ "V NOTE: 1. Timing to generate more than one , D15-D0 DSACKx DC X DC DREQx DONEx (INPUT) DACKx DONEx (OUTPUT) CPU CYCLE SO S2 S4 \ \ >c >c x: y / y CPU CYCLE SO S2 S4 >C >c >c \ / \ )—c DMA READ SO S2 S4 y \ \ x: x: x: _/ _/ }—c CPU CYCLE SO S2 S4 >C X X X_/ )—c X y x DMA READ SO S2 S4 \ \ y > Y \ x X X y y y y NOTE:_ 1. DREQx must be active for two


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PDF 32-Bit 16-Bit MC68340 M68000 SIM40
2002 - 8a 2113A

Abstract: SIM60 s43 smd marking code S43 SMD smd marking 58a TS68EN360 TS68302 TS68040 PA15 TS68360
Text: Cycle S0 S1 S2 S3 S4 S5 CLKO1 (OUTPUT) 6 8 A31-A0 (OUTPUT) FC3-FC0 (OUTPUT , S4 S5 S0 S0 CLKO1 (OUTPUT) 8 6 A31-A0 (OUTPUT) FC3-FC0 (OUTPUT) SIZ1-SIZ0 , S2 S3 S4 S5 CLKO1 (OUTPUT) 6 8 A31-A0, FC3-FC0, SIZ1-SIZ0 (OUTPUT) RMC , ­HIREL­03/02 Figure 10. SRAM: Read Cycle (TRLX = 1) S0 S2 S1 S3 S4 S5 CLKO1 (OUTPUT) 6 , A4 S1 S2 S3 S4 S5 CLKO1 (OUTPUT) 8 6 A31-A0 (OUTPUT) FC3-FC0 (OUTPUT


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PDF CPU32+ 32-bit CPU32 CPU32) TS68040 TSPC603e DC415/D 8a 2113A SIM60 s43 smd marking code S43 SMD smd marking 58a TS68EN360 TS68302 PA15 TS68360
2002 - Not Available

Abstract: No abstract text available
Text: €“HIREL–03/02 TS68EN360 Figure 7. Read Cycle S0 S1 S2 S3 S4 S5 CLKO1 (OUTPUT) 6 8 , S0 S1 S4 S5 S0 S0 CLKO1 (OUTPUT) 8 6 A31-A0 (OUTPUT) FC3-FC0 (OUTPUT , S2 S3 S4 S5 CLKO1 (OUTPUT) 6 8 A31-A0, FC3-FC0, SIZ1-SIZ0 (OUTPUT) RMC (OUTPUT , €“HIREL–03/02 Figure 10. SRAM: Read Cycle (TRLX = 1) S0 S1 S2 S3 S4 S5 CLKO1 (OUTPUT) 6 , A3 A4 S1 S2 S3 S4 S5 CLKO1 (OUTPUT) 6 8 A31-A0 (OUTPUT) FC3-FC0


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PDF CPU32+ 32-bit CPU32 CPU32) TS68040 TSPC603e DC415/D
2008 - TS68EN360

Abstract: microprocessor SMD MARKING CODE s4 58A space qualified synthesizer mil-prf-38535 S43 SMD 5962-9760701MXC 5962-9760702 5962-SMD-97607
Text: 21 20 15 12 13 16 8 S1 S2 S3 S4 S5 9 12 12 47A 47B Note: All timing is shown , S1 S4 S5 S0 S0 18 46A 27 30 24 0886C­HIREL­04/08 e2v semiconductors SAS 2008 TS68EN360 Figure 7-5. Read Cycle (With Parity Check, PBEE = 1) S0 CLKO1 (OUTPUT) S1 S2 S3 S4 , (OUTPUT) FC3-FC0 (OUTPUT) SIZ1-SIZ0 (OUTPUT) RMC (OUTPUT) S1 S2 S3 S4 S5 8 9C AS , A3 A4 S1 S2 S3 S4 S5 13 46 28 Note: Up to two wait states may be inserted by the


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PDF TS68EN360 32-bit CPU32+ CPU32 CPU32) TS68040 TS68EN360 microprocessor SMD MARKING CODE s4 58A space qualified synthesizer mil-prf-38535 S43 SMD 5962-9760701MXC 5962-9760702 5962-SMD-97607
2005 - smd diode S4 58a

Abstract: PLL VCO MIL-PRF-38535 8a 2113A smd marking 58a TS68EN360 TS68302 TS68040 PA15 MC68302 TS68EN360VA33L
Text: S4 S5 CLKO1 (OUTPUT) 6 8 A31-A0 (OUTPUT) FC3-FC0 (OUTPUT) SIZ1-SIZ0 (OUTPUT) RMC , (Parity Check PAREN = 1, PBEE = 0) CPU CLEARS PERn BIT S1 S0 S4 S5 S0 S0 CLKO1 , Figure 7-5. Read Cycle (With Parity Check, PBEE = 1) S0 S1 S2 S3 S4 S5 CLKO1 , . SRAM: Read Cycle (TRLX = 1) S2 S1 S0 S3 S4 S5 CLKO1 (OUTPUT) 6 8 A31-A0 , A4 S1 S2 S3 S4 S5 CLKO1 (OUTPUT) 8 6 A31-A0 (OUTPUT) FC3-FC0 (OUTPUT


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PDF CPU32+ 32-bit CPU32 CPU32) TS68040 TSPC603e DC415/D smd diode S4 58a PLL VCO MIL-PRF-38535 8a 2113A smd marking 58a TS68EN360 TS68302 PA15 MC68302 TS68EN360VA33L
2002 - 12AS1

Abstract: TS68020 5962-9760702 8a 2113A 5962-SMD-97607
Text: (INPUT) 90 PERR (OUTPUT) 91 74 8 S1 S4 S5 S0 S0 18 46A 27 30 24 TS68EN360 2113A­HIREL­01/02 TS68EN360 Figure 9. Read Cycle (With Parity Check, PBEE = 1) S0 CLKO1 (OUTPUT) S1 S2 S3 S4 , DSACK0 (I/O) 47A DSACK1 (I/O) D31ÐD0 (INPUT) 29A 27 20 15 12 13 16 8 S1 S2 S3 S4 S5 18 31A 31 29 , 21 20 12 15 14 16 8 A1 A2 A3 A4 S1 S2 S3 S4 S5 13 46 28 Note: Up to two wait states may , S2 S3 S4 S5 20 18 23 26 54 Note: All timing is shown with respect to 0.8V and 2.0V


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PDF CPU32+ 32-bit CPU32 CPU32) TS68040 TSPC603e DC415/D 12AS1 TS68020 5962-9760702 8a 2113A 5962-SMD-97607
90v 400Hz resolver

Abstract: SDC-14575 16-Bit Monolithic Tracking Resolver to Digital Co SDC S1 S2 S3 400hz sine oscillator 14570 scott-t transformer radar position control resolver servo motor
Text: ) +COS(D) 25 -REF (-Reference Input) 3 S3(S) S3(R) -fSIN(D) 24 Analog Ground 4 N.C. S4 (R) N.C. 23 EM , bit, 11,8V, Synchro, 14/16 bit, 1 -2. 3 - 4 = 5 -6. 78 » 9 » 400Hz 400Hz 400Hz 400Hz 60Hz 400Hz


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PDF SDC-14570/75 16-bit SDC-14570 SDC-14575 400Hz 90v 400Hz resolver 16-Bit Monolithic Tracking Resolver to Digital Co SDC S1 S2 S3 400hz sine oscillator 14570 scott-t transformer radar position control resolver servo motor
Not Available

Abstract: No abstract text available
Text: , P4) SOIC ( S4 ) a PERFORM4 \C E 53 LCC (L5-1) Means Quality, Service and Speed , = GND 4.0 2.0 'c Total Power Supply Current5 2.5 6.0 7.8⠀œ 4.3 16.8â


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PDF P29FCT52A/B/C P29PCT52A/B/C) P29FCT53A/B/C P29PCT53A/B/C) Am2952/53 P29FCTxxx AE1606 MIL-STD-883,
Not Available

Abstract: No abstract text available
Text: hannel -3.8A, -20 V, RD (O )=0.07£2 @ VG 4 .5 V S N S= Rds(on,= 0-1^ @ VG S=4 >.7V. ■High density , . 78 °C /W w h en m o u n te d on a 0.5 in2 p a d o f 2 o z co p p e r. b . 125°C/W w h en m o u n te


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PDF NDS8928 NDS8928 193tQ
DAP16

Abstract: fujtsu sine wave oscilator circuit diagram M8501 1Z03 MB87076 152-030 FPT-16P-M06 oscilator ic inverter 115MH
Text: 70€3iin ii«*8hit fÜ'^CUf Pillili- -iiimiuii- lHtUKI 7-8 » Uft* V.+» lMCf\ Proiyjmrow» >I>3k , MS8 c s, s* S3 S4 Ss I Se S7 Se s* Sio j Su Si2 j Si3 Su Sis 1 Sts S,7 Sia 7-bit Swallow Counter Data Input Divide FacfcrA s7 Se Ss S4 Sa S2 Si 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 i 127 1 1


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PDF DS04-21203-4E MB87076 MB87076, MB87076 14-blt 14-bit MB67076 374T75b DAP16 fujtsu sine wave oscilator circuit diagram M8501 1Z03 152-030 FPT-16P-M06 oscilator ic inverter 115MH
c0880

Abstract: OMO45444 Motorola 04713 NC-1J
Text: OFFICE: 1968— S4 &-904 TABLE I. Electrical performance characteristics. I Test ISymbol , -0.7801 -0.6301 -0.8801 V 1 Low level output voltage |V0l vEE -5.2 V y 1 -Ö. 78à – 1 1 -0.630 1 1 -0.880 1


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PDF -IM/60911 5962-E640-1 MIl-STD-883, MIL-STD-883 5962-8775001EX 10612/BEAJC 5962-8775001FX 10612/BFAJC 5962-87750012X 10612M/B2AJC c0880 OMO45444 Motorola 04713 NC-1J
Not Available

Abstract: No abstract text available
Text: NUMBER O UNITS F 96 80 70 60 40 32 S4 P fir 20 4 2 -12 -9 -6 -3 0 , 8) i - I 0.00 0 (14 6) 01 fil m in m t 02 0 030 2 - -1 [55 8 78Â « 8 - . 7


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PDF LT1057/LT1058 150/tV LT1057) 180/tV LT1058) 600/iV 13nV/VHz@ 26nV/VHz 130eC/W 14-Lead
Not Available

Abstract: No abstract text available
Text: 7A8 S/U CHANNEL CONTROL REGISTER 78A 7AA S/U 78C 7AC S/U SOURCE ADDRESS , MOTOROLA M68000 FAMILY REFERENCE M AN U AL 4-81 SO S1 S2 S3 S4 S5 N O TE: All , M68000 FAMILY REFERENCE M AN U AL MOTOROLA SO MOTOROLA S1 S2 S3 S4 M68000 FAMILY , 4-85 SO CLKOJT _ J '— A31-A0 FC3-FC0 SIZ1-SIZ0 S4 S1 S5 \ k so l , S4 S5 SO Figure 21. Synchronous Write Cycle Timing Diagram MOTOROLA M68000 FAMILY


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PDF MC68340 MC68340 32-bit M68300 MC68000, CPU32 M68000 MC68340.
2000 - atx 300 power supply schematic

Abstract: atx power supply schematic ATX MOTHERBOARD schematic 1000uf, 25v electrolytic capacitor footprint ATX MOTHERBOARD CIRCUIT diagram power switch marking DA1 marking S3 amplifier MA121CT-ND dc input atx power supply schematic atx power supply schematic dc
Text: `S3' sleep state (suspend-to-RAM) - `S5' sleep state (in effect either S4 or S5; suspend-to-disk or , Design General FULL ACTIVE S0 S1, S2 IDLE ACTIVE STATES SLEEP STATES S3 STR S4 , S5 STD , RDRAM memory) is as high as 7-8A . To be safe from a thermal performance perspective, do not operate


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PDF HIP6503EVAL1) AN9901 atx 300 power supply schematic atx power supply schematic ATX MOTHERBOARD schematic 1000uf, 25v electrolytic capacitor footprint ATX MOTHERBOARD CIRCUIT diagram power switch marking DA1 marking S3 amplifier MA121CT-ND dc input atx power supply schematic atx power supply schematic dc
2002 - atx 300 power supply schematic

Abstract: atx power supply schematic dc ATX MOTHERBOARD schematic diode S4 78A atx power supply schematic atx power supply circuit diagram dc input atx power supply schematic ATX MOTHERBOARD CIRCUIT diagram power switch AN9901 HIP6503
Text: `S3' sleep state (suspend-to-RAM) - `S5' sleep state (in effect either S4 or S5; suspend-to-disk or , SLEEP STATES S3 STR S4 , S5 STD, SOFT-OFF LEGEND: STR - SUSPEND TO RAM STD - SUSPEND TO DISK - , employing RDRAM memory) is as high as 7-8A . To be safe from a thermal performance perspective, do not


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PDF HIP6503EVAL1) AN9901 atx 300 power supply schematic atx power supply schematic dc ATX MOTHERBOARD schematic diode S4 78A atx power supply schematic atx power supply circuit diagram dc input atx power supply schematic ATX MOTHERBOARD CIRCUIT diagram power switch AN9901 HIP6503
dataman s4

Abstract: DATAMAN S3 POWER SUPPLY DATAMAN S3 Programmer HM66205L Dataman S3 2716 prom 2716 eprom manual programming by switch AMD 2716 00000-1FFFF AMD PROM burning
Text: DATAMAN S4 MANUAL Introduction to S4 DATAMAN S4 is a battery-powered PROM programmer for , keypad. S4 provides plug-in emulation for PROMS via a 24/28/32 pin emulator lead. The development , . Introduction to S4 1 DATAMAN S4 MANUAL Other devices can be programmed, such as single-chip microprocessors, but some require a plug-in adaptor. Check List of Parts and Accessories 1. Dataman S4 . 2 , . Three Year Guarantee. S4 has a back-to-base guarantee to the original purchaser for three years from


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PDF RS232 dataman s4 DATAMAN S3 POWER SUPPLY DATAMAN S3 Programmer HM66205L Dataman S3 2716 prom 2716 eprom manual programming by switch AMD 2716 00000-1FFFF AMD PROM burning
2007 - JEDEC SMT reflow profile

Abstract: AM-6000 S4 2A JEP113-B steam trap sn63pb37 solder wire shelf life S4 1C pcb warpage in ipc standard J-STD-020A S4 4C
Text: -40xx series and HDSM-50xx series surface mount single-digit strobable seven stretchable segments ( S4 ) LED display are suitable for indoor and outdoor display applications. The SMT S4 is suitable for , S4 is a leadless terminal package with a printed circuit (PC) board as the LED chip carrier. The PC , digit sizes of SMT S4 : Tape and Reel Packing Tape and reel packing serves to provide a delivery medium for automatic placement machines during equipment manufacture. The SMT S4 components are


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PDF HDSM-40xx HDSM-50xx 5988-3568EN JEDEC SMT reflow profile AM-6000 S4 2A JEP113-B steam trap sn63pb37 solder wire shelf life S4 1C pcb warpage in ipc standard J-STD-020A S4 4C
Supplyframe Tracking Pixel