50TNV Search Results

Contextual Info: MPY100 B U R R -B R O W N * E 1 MI L I TARY & DIE VERSIONS AVAILABLE MULTIPLIER-DIVIDER FEATURES A P P LIC A T IO N S LOW COST DIFFERENTIAL INPUT ACCURACY 100% TESTED AND GUARANTEED NO EXTERNAL TRIMMING REQUIRED LOW NOISE 90pV. rmi, 10Hz I* 10kHz HIGHLY RELIABLE ONE-CHIP DESIGN

BQ2053

Abstract: Benchmarq BQ2
Contextual Info: _ bq2053x { b l BENCHMARQ Lithium Ion Pack Supervisor Features General Description ► P rotects and individually m onitors two to four L ithium Ion series cells from overvoltage, undervoltage, and overcurrent The bq2053 Lithium Ion Pack Super­ v iso rs a re desig n ed to control th e

M52099P

Contextual Info: MITSUBISHI ICs VCR M52099P/FP ADAPTIVE Y/C SEPARATION DESCRIPTION PIN CONFIGURATION (TOP VIEW) The M 5 2 0 9 9 is a sem iconductor integrated circuit fo r largesized h ig h -re s o lu tio n color T V and ne w -sta n d a rd VCR (S VHS, H i-8 ). L o w -s y s te m -c o s t Y /C separation and luminance

Contextual Info: CXA1047M SONY. Recording Y/C Am plifier Description C X A 1 0 4 7 M is a bipolar IC developed to process the recording signals luminance/chroma signals of 8 mm video's. Features • Recording Y(Lummance)/C(Chroma} signals can be processed by 1 chip IC. • Built-in, DDS (Date Display System) and tim ­

la3300

Abstract: LA3301 LA-3300 LA330 A1707 la3500 MB30-S01 MB30-S0I LA-3301 la 3301
Contextual Info: O fe JS W iS * » S L ii 'A - T T S ;',V ./ LA330I t i _=1 v * i > - , M f_ ^ W S l o m , 7 / 7 7 ,f * i r « % -W ttlT 5 : i i c ^ r , ra r# . . <n 3 ^ n : M i - f e i 'f c i7 ^ x i'i- * .* tii< .'fe - fe - / 1 > r t t a - o i - is f f lb f s , - fcmst:»* 1-^

TA8600N

Abstract: trf-1027 trf-1028 trf1027
Contextual Info: TOSHIBA TA8600N PIF AND QUASI-PARRALEL SIF COMBINATION Unit: mm The TA8600N is designed for providing a high performance PIF-SIF combination for a TV and CATV. The SIF section adopts quasi-parralel inter-carrier detection system for a good sound reproduction.

UC3833

Contextual Info: O MB U N I T R O O E Design Note DN-61 A High Performance Linear Regulator for Low Dropout Applications by Dave Zendzian INTRODUCTION Today’s microprocessors are placing ever greater demands upon power system design. Most state of the art devices now require a 3.3V bus and there­