SN101 Search Results

SN10139

Abstract: SN10139J SN10145JE SN10000
Contextual Info: TYPE SN10139 256-BIT PROGRAMMABLE READ-ONLY MEMORY APRIL 1975 • 32-Word-by-Eight-Bit Organization • Full On-Chip Address Decoding and Output-Sensing Amplification • Capability for Wired-OR Connections • Easy Programming J OR JE DUAL-IN-L1NE PACKAGE TOP VIEW

SN10139J

Abstract: SN10144 SN10145JE
Contextual Info: TYPE SN10144 256-811 RANDOM-ACCESS MEMORY MAY 1975 • Fast Access Time . 18 ns Typical • 256-Word-by-One-Bit Organization • Drives 50-Ohm Loads • Full On-Chip Address Decoding and Output-Sense Amplification • • J OR JE DUAL-IN-LiNE PACKAGE TOP VIEW

SN10140

Abstract: SN10M N10140
Contextual Info: T Y P ES SN10140, S N 10142, SN10148 64-BIT R A N D O M -A C C ES S M EM O R IES • SN10140 Drives 90-0hm Loads J OR JE D U A L -IN L IN E PA C K A G E TOP VIEW • SN10142 and SN10148 Drive 50-0hm Loads • Fast Access Times: 10 ns Max (SN10142) 15 ns Max (SN10140, SN10148)

Contextual Info: TYPE SN10139 256-BIT PROGRAMMABLE READ-ONLY MEMORY • 32-W ord-by-E ight-B it O rganization • Full On-Chip Address Decoding and Output-Sensing A m plification • Capability fo r W ired-OR Connections • Easy Programming J O R JE D U A L -IN -L IN E P A C K A G E T O P V IE W

SN10145

Abstract: 6AL7
Contextual Info: TYPE SN10145 64-BIT RANDOM-ACCESS MEMORY Fast Access Time . . . 9 ns Typical J O R JE DU A L-FN -LIN E PACKAG E TOP V IE W 16-Word-by-Four-Bit Organization Drives 50-0hm Loads Full On-Chip Address Decoding and Output-Sense Amplification • 5 -V ^ — 1 16

Contextual Info: TYPE SN10147 128-BIT RANDOM-ACCESS MEMORY M A Y 1975 J OR JE • Fast Access Tim e . . . 15 ns Maximum • 128-Word-by-One-Bit Organization • Full On-Chip Address Decoding and Output-Sense A m p lifica tio n • Capability fo r Wired-OR Connections • D U A L -IN -L IN E PA C K A G E TOP VIE W

Contextual Info: TYPE SN10144 256-BIT RANDOM-ACCESS M EM O RY M A Y J O R JE D U A L - I N - L I N E P A C K A G E T O P V IE W Fast Access Time . . . 18 ns Typical 256-W ord-by-One-Bit Organization Drives 50-0hm Loads AO Full On-Chip Address Decoding and Output-Sense A m p lifica tio n

SN10144

Contextual Info: TYPE SN10144 256-BIT RANDOM-ACCESS MEMORY M AY 1975 J OR JE D U A L - IN - L IN E P A C K A G E T O P V I E W Fast Access Time . . . 18 ns Typical 256-Word-by-One-Bit Organization Drives 50-0hm Loads Full On-Chip Address Decoding and Output-Sense Amplification

SN10140

Abstract: SN10142 SN10148 64-Word-by-One-Bit
Contextual Info: TYPES SN1014Q, SN10142, SN10148 64-BIT RANDOM-ACCESS MEMORIES M AY 1975 J O R JE D U A L -IN -L IN E P A C K A G E T O P V IE W • S N 1 0 1 4 0 Drives 9 0 -0 h m Loads • S N 1 0 1 4 2 and S N 1 0 1 4 8 Drive 5 0 -0 h m Loads • Fast Access Times: 10 ns M ax (S N 1 0 1 4 2)

SN10000

Abstract: SN10139J SN10140 SN10142 SN10145JE SN10148
Contextual Info: TYPES SN10140, SN10142, SN10148 64-BIT RANDOM-ACCESS MEMORIES MAY 1975 • SN10140 Drives gO-Ohm Loads • SN10142 and SN10148 Drive 50-Ohm Loads • Fast Access Times: 10 ns Max SN10142 15 ns Max (SN10140, SN10148) • 64-Word-by-One-Bit Organization •

SN10000

Contextual Info: TYPE SN10145 64-B IT RANDOM-ACCESS MEMORY M A Y 1975 Fast Access Time . . . 9 ns Typical JO R JE DUAL-IN-LINE PACKAGE TOP VIEW 16-Word-by-Four-Bit Organization Drives 50-0hm Loads Full On-Chip Address Decoding and Output-Sense Amplification Capability for Wired-OR Connections

SN10139

Contextual Info: TYPE SN10139 256-BIT PROGRAMMABLE READ-ONLY MEMORY 32-W o rd -b y-E ight-B it O rg a n iza tio n J O R JE D U A L - IN - L IN E P A C K A G E T O P V IE W F u ll O n-C hip Address Decoding and O utput-S ensing A m p lific a tio n C a p a b ility fo r W ired-O R C o n n e ctio n s

SN1000

Abstract: SN10139J SN10145JE SN10147
Contextual Info: TYPE SN10147 128-811 RANDOM-ACCESS MEMORY MAY 1975 • Fast Access Time _ 15 ns Maximum • 128-Word-by-One-Bit Organization • Full On-Chip Address Decoding and Output-Sense Amplification • Capability for Wired-OR Connections • J OR JE DUAL-IN-L1NE PACKAGE TOP VIEW

sn76131

Abstract: tlo72cp TOSHIBA 2N3055 M53207P 2N3055 TOSHIBA KIA7313AP kia7640ap LA5530 M5L8155P TBB1458B
Contextual Info: ACTIVE ELECTRONICS COMPONENTS CROSS REFERENCE GUIDE 2SC429GTM 2SC458 2SC458LG 2SC503 2SC504 2SC510 2SC512 2SC519 2SC520A 2SC594 2SC699A 2SC780 2SC809-1 2SC945 2SC3012 2SC3074 2SC3114 2SC3115 2SC3116 2SC3117 2SC3134 2SC3135 2SC3138 2SC3143 2SC3144 2SC3145 2SC3157

SN10140

Abstract: SN10142 SN10148 SN10000
Contextual Info: 64-BIT R A N D O M - A C C E S S M E M O R I E S B U L L E T IN NO. DL-S • S N 1 0 1 4 0 Drives 9 0 - 0 h m Loads 7 4 1 2 186, N O V E M B E R 197« JE D U A L - I N - L I N E P A C K A G E TO P V IE W S N 1 0 1 4 2 and S N 1 0 1 4 8 Drive 5 0 - 0 h m Loads

74s188 programming

Abstract: 74S471 N82S06 74S470 dip18 package str 52100 MARKING CODE N-CHANNEL MOS FIELD EFFECT TRANSISTOR 74S472 PROM PROGRAMMING 8080a 74S287 programming instructions
Contextual Info: The E ngineering Staff of TEXAS INSTRUMENTS INCORPORATED Semiconductor Memory Data Book y for \ T exas In Design Engineers s t r u m e n t s >le of Contents • Alphanumeric Index • GENERAL INFORMATION Selection Guides • Glossary INTERCHANGEABILITY GUIDE

PIC12f1840 example codes

Abstract: 12f1840 PIC12F1840 example ASSEMBLER PIC12f1840 example pwm pic12f1840 example PIC12F1840 eusart 12f1840 DS41439 555 TIMER APPLICATIONS pic12lf1840
Contextual Info: PIC12F/LF1840 Data Sheet 8-Pin Flash Microcontrollers with nanoWatt XLP Technology  2011 Microchip Technology Inc. Preliminary DS41441A Note the following details of the code protection feature on Microchip devices: • Microchip products meet the specification contained in their particular Microchip Data Sheet.

SN10000

Abstract: SN10139 SN10139J SN10140 SN10142 SN10144 SN10145 SN10145JE SN10147 SN10148
Contextual Info: SERIES SN10000 MEMORIES Eel INTEGRATED CIRCU ITS BULLETIN NO. DL-S 7512255, MAY 1975 • Full On-Chip Address Decoding and Output-Sense Amplification • Constant Current Drain Over a Wide Supply Voltage Range • Logic Levels Compatible with Series SN10000 Logic Levels

Contextual Info: PIC12 L F1840 Data Sheet 8-Pin Flash Microcontrollers with nanoWatt XLP Technology  2011 Microchip Technology Inc. Preliminary DS41441B Note the following details of the code protection feature on Microchip devices: • Microchip products meet the specification contained in their particular Microchip Data Sheet.

12lf1822

Abstract: pic12f1822 PIC16F1823 example codes PIC16F1823 example codes eusart PIC16F1823 c example eusart PIC12F1822 application example code 16F1823 DS41413C PIC16F1823 pic 16f1823
Contextual Info: PIC12 L F1822/PIC16(L)F1823 Data Sheet 8/14-Pin Flash Microcontrollers with XLP Technology  2010-2012 Microchip Technology Inc. DS41413C Note the following details of the code protection feature on Microchip devices: • Microchip products meet the specification contained in their particular Microchip Data Sheet.

sn1019

Abstract: 2n2905 replacement 19AI25 LT1019ACN8 AD580 AD581 LM168 LT1019 LTC1019 LT1637
Contextual Info: LT1019 Precision Reference U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LT 1019 is a third generation bandgap voltage reference utilizing thin film technology and a greatly improved curvature correction technique. Wafer level trimming of

ay-5-1012

Abstract: ali m 3329 PROCESSOR ALI 3329 ali 3329 b ali 3329 SN74188 sn74s188 str 52100 SN7452 replacement of bel 187 transistor
Contextual Info: GENERAL INFORMATION lie of Contents • Alphanumeric Index • Selection Guides • Glossary INTERCHANGEABiliTY GUIDE MOS MEMORIES TTL MEMORIES ECl MEMORIES MICROPROCESSOR SUMMARY 38510/MACH IV PROCUREMENT SPECIFICATION JAN Mll-M-38510 INTEGRATED CIRCUITS

sn1011

Abstract: DIODE 1N4002 relay lm311 equivalent SN101 AM2504 LM111 LM329 LT1011 LT1011A 365pF
Contextual Info: LT1011/LT1011A Voltage Comparator U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LT 1011 is a general purpose comparator with significantly better input characteristics than the LM111. Although pin compatible with the LM111, it offers four

LT1018

Abstract: LT1017
Contextual Info: SPECIFICATION NOTICE LT1017/LT1018 September 1998 The LT 1017/LT1018 data sheet has been modified as shown in bold in the following table. For complete specifications, typical performance characteristics and applications information, please see the LT1017/LT1018 data sheet.