COM1COM10 Search Results

MC141562T

Abstract: MC141563 100CH 11821
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA LCD Common Row Driver MC141562 CMOS The MC141562 is a high volt, high MUX passive LCD common driver. It is a low power silicon-gate CMOS LCD driver chip which consists of 100channel common driving outputs for a high MUX (up to 300 MUX) large dot

A1083

Abstract: a30a tcr26 I002 JTMP04CH00XXXS TMP04CH00FXXX 58SEG a3080 I001-I004 P04C
Contextual Info: TO SH IBA TM P04C H00 FXXX JTM P04C H00XXXS TOSHIBA CMOS DIGITAL LINEAR INTEGRATED CIRCUIT SILICON MONOLITHIC TMP04CH00FXXX(JTMP04CH00XXXS) CMOS 4BIT LL MICROCONTROLLER (LL : LOW POWER CONSUMPTION & VOLTAGE OPERATION MICROCONTROLLER) ♦ o u t l in e The TMP04CH00FXXX is a high-performance

LT 1021

Contextual Info: TOSHIBA TMP04CH00FXXX JTMP04CH00XXXS TOSHIBA CMOS DIGITAL LINEAR INTEGRATED CIRCUIT SILICON MONOLITHIC TMP04CH00FXXX(JTMP04CH00XXXS) C M O S 4BIT LL M ICRO CO NTRO LLER (LL : LO W PO W ER C O N S U M P T IO N & VO LTAGE O PERATIO N M ICRO CO NTRO LLER) ♦ o u t l in e

monochrome display

Abstract: 2272 DECODER H8/325 HOLT INC HCD66421BP HD66421 HD66421TB0 BK17
Contextual Info: Rev. 1.1E '99.02.10 Preliminary HD66421 HD66421 RAM-Provided 160 Channel 4-Level Grey Scale Driver for Dot Matrix Graphics LCD Description The HD66421 drives and controls a dot matrix graphic LCD(Liquid Crystal Display) using a bit-mapped method. It provides a highly

Contextual Info: Rev. 0.4E '98.04.24 Preliminary HD66421 HD66421 Description PR EL IM IN AR Y RAM-Provided 160 Channel 4-Level Grey Scale Driver for Dot Matrix Graphics LCD The HD66421 drives and controls a dot matrix graphic LCD(Liquid Crystal Display) using a bit-mapped method. It provides a highly

16x16-dot

Abstract: Hitachi DSA002780
Contextual Info: Rev. 1.5E '99.09.20 HD66421 HD66421 RAM-Provided 160 Channel 4-Level Grey Scale Driver for Dot Matrix Graphics LCD Description The HD66421 drives and controls a dot matrix graphic LCD(Liquid Crystal Display) using a bit-mapped method. It provides a highly