COP400 Search Results

COP402N

Abstract: COP402 COP400 LTC1090 LTC1290
Contextual Info: urm Application Note 36F •ECHNOLOGY Interfacing the LTC1290 to the COP402N MCU September 1989 <B€> r-innnfn— in n n n 30 ¡> LTC1290 ■UUUUUUUULJfT Sammy Lum Tim Rust IW C RO W IR E innnnrm /iinnmnnnf— innnr-iri COP400 JUL-IUUUUUUUUUUUUUUUUP Introduction

COP402N

Abstract: COP400 AN26F COP402 LTC1090 S-K50
Contextual Info: uim Application Note 26F TECHNOLOGY Interfacing the LTC1090 to the COP4Q2N MCU January 1988 0 € > tr"in n r-ii—ir-in n n M IC R O W IR E .r ^ r r n —.i—ii—ti—i r~n—if—ir-n-T i— National Sem iconductor LTC1090 COP400 •uuuuuuuuuu Guy Hoover

COP400

Abstract: COP402 COP402N LTC1090 LTC1091
Contextual Info: rrimm Æ bm F Application Note 26K TECHNOLOGY January 1988 Interfacing the LTC1091 to the COP4Q2N MCU oe> M ICROW IRE 3, il— in i— u— if— ir— irnnr-il— ir— ir-ii— ir-il— irirn — il— National Semiconductor COP400 JU U U U U U U U U U U U U U U U U U U

COP421L

Abstract: 3E1001 diode SKE 4F COP444L xad014 COP420L COP400 COP402 cop420-series COP420C
Contextual Info: COP400 Microcontroller Family COPS Family User's Guide National JLà Semiconductor COPS Family User’s Guide COPS Family User’s Guide Table of Contents Section Description Page C h a p te r 1. In tro d u c tio n to COP4ÛO M ic ro c o n tro lle rs 1.1

COP402N-5

Abstract: cop421l COP422L COP400 COP320L COP321L COP322L COP313L COP410L COP413L
Contextual Info: The 4-Bit COP400 Family: Optimized for Low-Cost Control National’s COP400 family offers the broadest range of lowpriced, 4-bit microcontrollers on the market. Key Applications • Consumer electronics • Automotive Key Features • Industrial control • Toys/games

COP421L

Abstract: COP420L COP420 COP321 COP400 COP402 led cross reference diode SKE 4F COP420C P421
Contextual Info: COP400 Microcontroller Family COPS Family User's Guide National JLà Semiconductor COPS Family User’s Guide COPS Family User’s Guide Table of Contents Section Description Page C h a p te r 1. In tro d u c tio n to COP4ÛO M ic ro c o n tro lle rs 1.1

LT1091

Abstract: 8255 interface with 8051 MC68HC05 Applications Guide LTC1091 LTC1091ACN8 LTC1091CN8 8051 Interfacing with the 8255 interfacing 8255 to external memory in 8051 with 8255 peripheral interface 8051 "YSI 700" thermistor
Contextual Info: LTC1091/LTC1092 LTC1093/LTC1094 1-, 2-, 6- and 8-Channel, 10-Bit Serial I/O Data Acquisition Systems FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ Programmable Features – Unipolar/Bipolar Conversions – Differential/Single-Ended Multiplexer Configurations

ADSP210x

Abstract: c1813 ad660ar AD586 AD587 AD660 AD688 AD660SQ AD680
Contextual Info: a FEATURES Complete 16-Bit D/A Function On-Chip Output Amplifier On-Chip Buried Zener Voltage Reference ؎1 LSB Integral Linearity 15-Bit Monotonic over Temperature Microprocessor Compatible Serial or Byte Input Double Buffered Latches Fast 40 ns Write Pulse

ad520

Abstract: AD520 differential amplifier
Contextual Info: Serial Input 16-Bit 4-20 mA, 0-20 mA DAC ANALOG ► DEVICES FU NC TIO N AL BLOCK DIAGRAM FEATURES 4—20 mA, 0-20 mA or 0-24 m A Current Output 16-Bit Resolution and Monotonicity ±0.012% max Integral Nonlinearity ±0.05% max Offset Trimmable ±0.15% max Total Output Error (Trimmable)

CH7Q

Abstract: n60p HXXXXXXXXX MC6805S2 HD63705 LTC1090 LTC1090AC CD4520 LTC1090C LTC1090M
Contextual Info: LTCT090 \ » u n ü \ ß . TECHNOLOGY F€flTUR€S • Software Programmable Features: Unipolar/Bipolar Conversions 4 Differential/8 Single Ended Inputs MSB or LSB First Data Sequence Variable Data Word Length ■ Built-In Sample and Hold ■ Single Supply 5V, 10V or ±5V Operation

AD760

Abstract: bip 373 AD586 AD587 AD688 AD760SQ A0760
Contextual Info: ANALOG DEVICES 16-Bit Self-Calibrating Serial/Byte DACPORT FEATURES ±0.00076% Integral and Differential Linearity ±0.00038% Unipolar Offset, Bipolar Zero 17-Bit M onotonic C om plete 16-Bit D /A Function On-Chip Output Am plifier On-Chip Buried Zener V oltage Reference

PIC16C60

Abstract: capacitive touchscreen LTC1199 2N2222A motorola g22 touch HD64180 LTC1197CMS8 LTC1197IMS8 LTC1197L LTC1197LCMS8
Contextual Info: LTC1197/LTC1197L LTC1199/LTC1199L 10-Bit, 500ksps ADCs in MSOP with Auto Shutdown U FEATURES • ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO 8-Pin MSOP and SO Packages 10-Bit Resolution at 500ksps Single Supply: 5V or 3V Low Power at Full Speed: 25mW Typ at 5V

SK TME 86

Abstract: SK TME 86 i on SK TME 86 i 80 SK TME 86 i 25 MPC11
Contextual Info: April 1992 Semiconductor COP404C ROMIess CMOS Microcontrollers General Description Features The COP4G4C ROMIess Microcontroller is a member of the COPS family, fabricated using double-poly, silicon gate CMOS microCMOS technology. The COP4C4C contains

Contextual Info: r r _ LTC1096/LTC1098 u n t iA R TECHNOLOGY Micropower Sampling 8-Bit Serial I/O A/D Converters F€ RTUR€ S D C S C R IP T IO H • 80|aA Maximum Supply Current ■ 1nA Typical Supply Current In Shutdown ■ 8-Pin SOIC Plastic Package ■ Single Supply 3V to 9V Operation

Contextual Info: / T u r m TECHNOLOGY F€RTUR€S Single Chip 12-Bit Data Acquisition System D€SCRIPTIOn • Software Programmable Features -Unipolar/Bipolar Conversion -4 Differential/8 Single Ended Inputs -MSB or LSB First Data Sequence -Variable Data Word Length -Power Shutdown

NM74HC373

Abstract: nm74hc NM74 NMC27C16 COP420 COP400 COP420P 74ls373 COP444CP COP444L
Contextual Info: COP420P/COP444CP/COP444LP National Semiconductor COP420P/COP444CP/COP444LP Piggyback EPROM Microcontrollers General Description The COP420P, COP444CP, and COP444LP are piggyback versions of the CO PS tm microcontroller families. These de­ vices are identical to their respective device except the pro­

ASIC for RF proximity Fuze

Abstract: XM773 fuze explosive squib RF proximity Fuze MIL-STD-1316 chip slapper M732A2 thermoelectric generator detonator FMCW Radar
Contextual Info: National Semiconductor Application Note 761 Marc Dennis Bob Hanrahan Chris Brackmann November 1991 1 0 INTRODUCTION Fuzing mechanisms are devices used to ‘‘safe’’ ‘‘arm’’ and detonate explosive military munitions such as missiles mines demolition charges explosive shells ranging in size

1001rl

Abstract: COP400 COP401L COP404C L3318 diode bym G3-60 50g41
Contextual Info: COP414L/COP314L PRELIMINARY National Semiconductor COP414L/COP314L Single-Chip N-Channel Microcontrollers General Description Features The COP414L Single-Chip N-Channel Microcontrollers are members of the COPStm family, fabricated using N-chan­ nel, silicon gate MOS technology. This Controller Oriented

PEGA

Abstract: cs 344C p444c COP344C COP426C COP324C COP325C COP326C COP345C COP424C
Contextual Info: National SLA Semiconductor COP424C, COP425C, COP426C, COP324C, COP325C, COP326C and COP444C, COP445C, COP344C, COP345C Single-Chip 1k and 2k CMOS Microcontrollers G e n e r a l D e s c r ip tio n

pin diagram of IC 74LS373

Abstract: COP402N NM74HC NM74 COP420P acab COP404CN NM74HC373 EPROM-MM2716 COP444L
Contextual Info: COP420P/COP444CP/COP444LP PRELIMINARY National Semiconductor COP420P/COP444CP/COP444LP Piggyback EPROM Microcontrollers General Description The COP420P, COP444CP, and COP444LP are piggyback versions of the COPS microcontroller families. These de­ vices are identical to their respective device except the pro­

74c906

Abstract: COP404N COP400 N48A COP440 cop404 microbus
Contextual Info: COP4Q4 National Semiconductor COP404 ROMIess N-Channel Microcontroller General Description Features The COP404 ROMIess N-Channel Microcontrollers are members of the COPStm family, fabricated using N-channel, silicon gate MOS technology. Each microcontroller con­

COP400

Abstract: AN-749 C1995
Contextual Info: National Semiconductor Application Note 749 Walter Bacharowski February 1991 INTRODUCTION Switches have always been a popular way of getting information into a microcontroller Two-bit quadrature output devices also known as two-bit gray code output use two

N48A

Abstract: COP400 74c906 74c906 equivalent
Contextual Info: COP4Q4 National Semiconductor COP404 ROMIess N-Channel Microcontroller General Description Features The COP404 ROMIess N-Channel Microcontrollers are members of the COPStm family, fabricated using N-channel, silicon gate MOS technology. Each microcontroller con­

rold rotary switches RC Series

Abstract: MM74HC4016 National Semiconductor COP888BC Deutsch Relays E215 endless rotary potentiometer COP800 COP884BC COP888CG COP888EK E215
Contextual Info: COP8 Microcontroller COP888 Feature Family User’s Manual Literature Number 620897-003 September 1996 REVISION RECORD ii REVISION RELEASE DATE A 03/89 First Release COP888 User’s Manual NSC Publication Number 420411060-001A B 07/94 Reformatted and updated manual to include information on new devices added to the COP888 Feature