LTC1290 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

TMS7000

Abstract: serial programmer schematic diagram LTC1290 LTC1090 tms7742
Contextual Info: LiriÇAR. Application Note 36E TECHNOLOGY Interfacing the LTC1290 totheTMS7742 MCU February 1990 -I. X <§€> LTC1290 •UUUUUUUUL Sammy Lum Tim Rust Introduction This application note describes an interface between the LTC1290 12-bit data acquisition system and the TMS7000

z80 timing diagram

Abstract: Z80 microprocessor AN3602 74LS126 z80 mpu an3601 80 CODE 74LS LTC1090 LTC1290
Contextual Info: □m Application Note 360 TECHNOLOGY February 1990 Interfacing the LTC1290 totheZ-80MPU < B€> Z-80 •nnTTTTTTTVamOLa j> LTC1290 uuuuuuuuuu Sam m y Lum Tim Rust a u n n n n n n n n n n o a u n n E iu n Introduction Hardw are Description This application note describes an interface between the

LT1290

Contextual Info: r r _ LTC1290 u r m TECHNOLOGY S ingle C h ip 12-Bit D a ta A c q u is itio n System FCRTURCS D C S C R IP T IO n • Software Programmable Features - Unipolar/Bipolar Conversion - Four Differential/Eight Single Ended Inputs - MSB or LSB First Data Sequence

LTWE

Abstract: r5107 SS-134 LTWE 8 pin mmku ch7j LTC1290DCN 290T 1N4148diode yA51
Contextual Info: LINEAR TECHNOLOGY CORP S3E D • SS134ba OGOt.Rb'l T1S ■ LTC T 11 s ~ t - o '7 - 0 } L i r m TECHNOLOGY LTC1290 Single Chip 12-Bit Data Acquisition System FCATURCS D€SCRIPTIOft ■ Software Programmable Features -Unipolar/Bipolar Conversion -4 Differential/8 Single Ended Inputs

1N4148

Abstract: 1N5817 LTC1290 LTC1290BC LTC1290BI LTC1290CC LTC1290CI LTC1290DC LTC1290DI LT1290
Contextual Info: LTC1290 Single Chip 12-Bit Data Acquisition System U DESCRIPTIO FEATURES • ■ ■ ■ ■ Software Programmable Features – Unipolar/Bipolar Conversion – Four Differential/Eight Single-Ended Inputs – MSB- or LSB-First Data Sequence – Variable Data Word Length

COP820C

Abstract: COP820 LTC1090 LTC1290
Contextual Info: u Application Note 36D September 1989 m TECHNOLOGY Interfacing the LTC1290 to the COP820C MCU M IC RO W IRE /P LU S ii~»""n— ir-J-u— iru— ii— lrn— ini— ir"irinr r-a —ir- n —j- i r - i r - COP8ÛO LTC1290 • U U C J L J 1 3 U U 1 _ IU L J

HD64180

Abstract: 1N4148 1N5817 LT1027 LTC1290 LTC1290BC LTC1290BI LTC1290CC LTC1290CI LTC1290DC
Contextual Info: LTC1290 single Chip 12-Bit Data Acquisition System TECHNOLOGY F€ATUR€S D€SCRIPTIO l • Software Programmable Features -Unipolar/Bipolar Conversion -4 Differential/8 Single Ended Inputs -MSB or LSB First Data Sequence -Variable Data Word Length -Power Shutdown

P06E

Abstract: 001H p06e to R021 LTC1090 LTC1290 P012 TMS370 P037 TMS370 power modes
Contextual Info: urm Application Note 36C September 1989 TECHNOLOGY Interfacing the LTC1290/LTC1090 to the TMS370 MCU <§«> in n n n n n h n n n n n r nnnnHi I I m li 1 TMS370 J LTC1290 Guy Hoover Sammy Lum Tim Rust ^'LB ww hU hO u JU U U U ' JU JUUUUUUUUUUUUUUUUULJP Introduction

LT1290

Abstract: DATA SHEET OF CD4520 based on leakage current techniques mux configuration COP402 HD64180 1N4148 1N5817 LTC1290 LTC1290BC LTC1290BI
Contextual Info: LTC1290 Single Chip 12-Bit Data Acquisition System U DESCRIPTIO FEATURES • ■ ■ ■ ■ Software Programmable Features – Unipolar/Bipolar Conversion – Four Differential/Eight Single Ended Inputs – MSB or LSB First Data Sequence – Variable Data Word Length

LTC1290DCJ

Contextual Info: OCT 2 4 »9° u m TECHNOLOGY LTC1290 Sing|e c h ip ^ 2.Bit Data Acquisition System F€ A T U R € S D C S C R IP T IO n • Software Programmable Features Unipolar/Bipolar Conversion 4 Differential/8 Single Ended Inputs M SB or L S B First Data Sequence

MC68HC05

Abstract: AN36B 68HC05 motorola 68hc05 interface 68HC11 LTC1090 LTC1290 M68HC05 MC68HC11 5003n
Contextual Info: L i i Application Note 36B September 1989 m TECHNOLOGY Interfacing the LTC1290 to the MC68HC05 MCU Sammy Lum Tim Rust SPI -J-U— LTC1290 Hi-ir-ir-ir-inr-ii-inr-ii-ir-ir-i U — ir MC68HC05 MC68HC11 'u u u u u u u u u u JUUUULJLJUUI— ILILJUUUUUUULf Introduction

lt1290

Abstract: LT1021-5 MC68HC11 interface board hardware marking B12 diode SCHOTTKY HD64180 c 5287 controlling a large data acquisition with 8051 intel 8051 Family with internal ADC 1N4148 1N5817
Contextual Info: LTC1290 Single Chip 12-Bit Data Acquisition System U FEATURES DESCRIPTIO • The LTC 1290 is a data acquisition component which contains a serial I/O successive approximation A/D converter. It uses LTCMOSTM switched capacitor technology to perform either 12-bit unipolar or 11-bit plus sign bipolar

LTC1290

Abstract: 1N4148 1N5817 LTC1290BC LTC1290BI LTC1290CC LTC1290CI LTC1290DC LTC1290DI hitachi hd6303
Contextual Info: LTC1290 Single Chip 12-Bit Data Acquisition System U DESCRIPTIO FEATURES • ■ ■ ■ ■ Software Programmable Features – Unipolar/Bipolar Conversion – Four Differential/Eight Single-Ended Inputs – MSB- or LSB-First Data Sequence – Variable Data Word Length

COP402N

Abstract: 4001 P031 p06e HP1631A ltc12900 schematic diagram UPS TMS7000 development system motorola 68hc05 schematic programmer RAM for MPF-1 LTC1090
Contextual Info: LinÇAR. Application Note 36A TECHNOLOGY September 1989 Interfacing the LTC1290 to the 8051 MCU 0 € > Sammy Lum Tim Rust in tro d u c tio n using four lines from one of the parallel ports available on the 8051. The lines are set or cleared using the bit m anipu­

LT1290

Abstract: COP402 based on leakage current techniques mux configuration HD64180 1N4148 1N5817 LTC1290 LTC1290BC HD637 LTC1290CC
Contextual Info: LTC1290 Single Chip 12-Bit Data Acquisition System U FEATURES • ■ ■ ■ ■ DESCRIPTIO Software Programmable Features – Unipolar/Bipolar Conversion – Four Differential/Eight Single-Ended Inputs – MSB- or LSB-First Data Sequence – Variable Data Word Length

Contextual Info: LTC1290 Single Chip 12-Bit Data Acquisition System FEATURES • ■ ■ ■ ■ U ■ DESCRIPTIO Software Programmable Features – Unipolar/Bipolar Conversion – Four Differential/Eight Single-Ended Inputs – MSB- or LSB-First Data Sequence – Variable Data Word Length

sn1027

Abstract: c 1027 transistor LT1798 LT1021-5 LT1027 LT1027ACH-5 LT1027BCH-5 LT1027CCH-5 LT1027DCH-5 LTC1290
Contextual Info: LT1027 Precision 5V Reference U FEATURES • ■ ■ ■ ■ ■ ■ DESCRIPTIO Very Low Drift: 2ppm/°C Max TC Pin Compatible with LT1021-5, REF-02, PDIP Package Output Sources 15mA, Sinks 10mA Excellent Transient Response Suitable for A-to-D Reference Inputs

LTC1199

Abstract: LTC1096 LTC1096L LTC1098 LTC1098L LTC1099 LTC1196 LTC1198 LTC1272 LTC1273
Contextual Info: DATA CONVERSION SELECTION TREES August 1999 Analog-to-Digital Converters Parallel Serial Single 8-Bit LTC1096 5V, Micropower, SO-8 LTC1096L 3V, Micropower, SO-8 LTC1196 3V to 5V, 1Msps, SO-8 10-Bit LTC1092 5V, 38ksps LTC1197 5V, 500ksps, SO-8 LTC1197L 3V, 250ksps, MSOP

Contextual Info: LT1027 TECHNOLOGY Precision 5V R e fe re n c e D C SC ftIPTIO n F€flTUR€S Very Low Drift - 2ppm/°C Max TC Pin Compatible with LT1021-5, REF-02 Output Sources 15mA, Sinks 10mA Excellent Transient Response Suitable for A-to-D Reference Inputs Noise Reduction Pin

disadvantages of intel 8051

Abstract: TMS7000 DN22 intel 8051 disadvantages LT1009 LTC1090 LTC1290 LTC1291 RCA Solid State
Contextual Info: DESIGN NOTES May, 1989 Number 22 in a series from Linear Technology Corporation New 12-Bit Data Acquisition Systems Communicate with Microprocessors Over 4 Wires As board space and semiconductor package pins become more valuable, serial data transfer methods between micro­

LTC1400CN8

Abstract: application note with 74hc595 74hc595 TI LT1019A-5 LT1220
Contextual Info: Final Electrical Specifications LTC1400 Complete SO-8, 12-Bit, 400ksps ADC with Shutdown May 1996 U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTION Complete 12-Bit ADC in SO-8 Single Supply 5V or ±5V Operation Sample Rate: 400ksps Power Dissipation: 75mW Typ

instrumentation amplifier

Abstract: "Instrumentation Amplifier" LT1027 LT1097 power transducer with signal conditioning INSTRUMENTATION AMPLIFIERS LT1006 LT1010 LT1101 LTC1290
Contextual Info: advertisement Gain Trimming In Instrumentation Amplifier Based Systems – Design Note 51 Jim Williams Gain trimming is almost always required in instrumentation amplifier based systems. Gain uncertainties, most notable in transducers, necessitate such a trim.

tsc4429

Abstract: TSC7660 TSC7107 TSC7106 TSC7109 TSC7117 TSC1426 TSC7650 tsc4427 lt1174
Contextual Info: Code Key: PU – PP – FE – SP – Plug-In Upgrade Pin-for-Pin Compatible Functional Equivalent Similar Part AMCC MAXIM S3005 S3006 S3017 S3023 S3024 S3025 S3026 S3027 S3028B S3033 S3040 S3043 S3044 S3047 S3049 S3050 MAX3690 MAX3680 MAX3690 MAX3675 MAX3675