ERSA 111 Search Results

S359

Abstract: ersa 111
Contextual Info: U N IV ERSA L ACTIVE FILTER FEATURES • LOW COST • S A V E S DESIGN TIME Calculate only three resistance values Design directly from this data sheet Completely characterized parameters • IMPROVED PERFORMANCE 1 % frequency accuracy Uncommitted op amp included

ersa 111

Abstract: MX426 max4527c/ersa 111
Contextual Info: 19-1165; Rev0; 12/96 ¿y \Æ X A JV K P h a se-R ev ersa l Analog S w itc h e s Features ♦ 10pC max Charge Injection ♦ 2pC (max) Charge-lnjection Match ♦ 175Q Signal Paths with ±15V Supplies ♦ Guaranteed Break-Before-Make ♦ Rail-to-Rail Signal Handling

tbf 494

Abstract: NCR SCSI
Contextual Info: NIC □ 5385 SCSI PROTOCOL CONTROLLER SCSI INTERFACE ♦ S u p p o rts ANSI X3T9.2 SCSI Standard MPU INTERFACE * V ersa tile MPU Bus Interface • - A synch ron ou s data tra n sfe rs to 1.5 MBPS S up po rts both In itia to r and Target roles Parity ge ne ration w /o p tio n a l ch e ckin g

AD8001

Abstract: PCB electronic components tutorials ad8001 spice AD9430 AN-47 mt100 walt Kester butterworth-heinemann
Contextual Info: MT-100 TUTORIAL Breadboarding and Prototyping Techniques LIMITATIONS OF ANALOG CIRCUIT SIMULATION As discussed in Tutorial MT-099, there has been much pressure placed on system designers to verify their designs with computer simulations before committing to actual printed circuit board

YM7121B

Abstract: din 45324 YM7121 YM7121C Yamaha oversampling filter DD01 DDG1142 DF01 built ac servo drive circuit yamaha 40
Contextual Info: YAMAH A CORP OF A M E R I C A / blE D • tn M 5 5 2 M □ 0 0 1 1 3 ti 360 ■ YAMA YAMAHAL S i Y M 7 1 S 1 C Signal Processor & Controller & RAM for Compact Disc Player (SPC V) ■ OUTLINE Y M 7 1 2 1 C is one-chip CMOS LSI to p ro v id e v a rio u s se rv o co n tro l and signal p ro c e ssin g ca p a b ilitie s

Contextual Info: MT-100 指南 试验板和原型制作技术 模拟电路仿真限制 如教程MT-099所述，系统设计人员面临巨大压力，在着手实际印刷电路板布局和硬件前 必须通过电脑仿真验证其设计。仿真复杂数字设计非常有利，常常可彻底省去原型制作阶

1S93C56-3

Contextual Info: ISSI 1S93C56-3 2,048-BIT SERIAL ELECTRICALLY ERASABLE PROM AUGUST 1995 FEATURES OVERVIEW • State-of-the-art architecture — N on-vo latile data storage — Low vo lta g e operation: 3.0V V cc = 2.7 V to 6.0V — Full T T L co m p a tib le inputs and outputs

AC1501

Abstract: AD2028 AD2024 AD2027 ac1501 -50 15513 TL AD2010 BCD 2000 ad2025 digital clock diagram built by bcd segment
Contextual Info: A N A LO G D E V IC E S Low Cost 4% Digit DPMs With LED Displays AD2025/AD2028 FEATU RES “Second Generation" MOS-LS1 Design Large 0.43" 11mm L E D Displays 4 % Digit Resolution — 40,000 Counts Full Scale Limited Differential Input Either Line Powered (A D 2025) or Logic Powered (A D 2028)

MC10180

Abstract: MC10137 MC10141 MC10537 MCM10140 MCM10142 MCM10143 MCM10144 MCM10145 MCM10147
Contextual Info: 10.000 LOGIC DIAGRAMS N u m b e r s in p a r e n t h e s i s d e n o t e p i n n u m b e r s f o r F p a c k a g e Case 6 5 0 F U N C T IO N S A N D C H A R A C T E R IS T IC S (c o n tin u e d ) T yp e P ro p a g a tio n P o w e r D is s ip a tio n

SSB Receiver

Abstract: ci 7411 ad766 LSHA AD779 ADSP-2101 AN-302
Contextual Info: AN-302 APPLICATION NOTE ANALOG ► DEVICES ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 Exploit Digital Advantages in an SSB Receiver by Richard Groshong and Stephen Ruscak This article is the second o f a twop a r t series on the design o f d ig ita l

Contextual Info: HOLTEK r r HT3874 4.2 Second Voice Melody Features • • • • • • • • • • • • O perating frequency: 1024K H z O perating voltage: 2 .4 V ~ 5 .0 V Low stand by cu rren t l|lA for V D D =3V 2 channels o f melody and 1 channel of voices

AK5339

Abstract: AK4319VM cmu3 marking B5T SICK RM AK4319 AK4318
Contextual Info: ASAHI KASEI [AK4319] AK4319 18BIT A I STEREO DAC GENERAL DESCRIPTION T he A K 4 3 1 9 is a high perform ance lb it stereo D A C for digital audio system s. A lb it D A C can achieve m onotonicity and low distortion w ith n o adjustm ent. O n chip SC F filter m akes the device

TL 188 TRANSISTOR PIN DIAGRAM

Abstract: AD559 553C 244 0039J MP 1008 es fsr temperature weighing scale code example AD572 AD572S AD572SD
Contextual Info: A N A LO G D EVIC E S 12'Bit Successive Approximation Integrated Circuit A/D Converter FEATURES Performance True 12-B it O peration: M ax IMonlineariiry < ± 0 .0 1 2 % Low Gain T .C .: < ± 1 5 p p m /°C A D 5 7 2 B Low Power: 900m W Fast Conversion T im e: < 25/us

ersa 60A

Contextual Info: mm CIVIL Sem iconductor Products PRODUCT INFORMATION ~ f- l5 ~ 0 l- ? 0 FX214 FX224 FX234 £ VSB* Audio Scram bler MSE D 237 4 3 7 b 0DD0411 E ICriCR Publication D/214/2 November 1987 Provisional Issue Features/Applications • MICROCIRCUITS CONSUMER *Variable Split-Band Frequency

Contextual Info: PaceMips PR4000PC CPU advance information 64-BIT THIRD GENERATION RISC PROCESSOR WITH MMU, FPA, & PRIMARY CACHES FEATURES • Superpipelined FPA: - 32/16 en try 32/64 b it re g iste r file in a 32-bit mode - 32 entry 64-bit register file in 64-bit mode

Contextual Info: HOLTEK rnr^ HT48CA0 8-bit Microcontroller Features • • • • • • • • • • O p e ra tin g voltage: 2.2V~3.6V T en b id ire ctio n a l I/O lines Six sc h m itt trig g e r in p u t lines O ne c a rrie r o u tp u t 1/2 or 1/3 duty O n-chip cry sta l a n d RC oscillator

b342d

Abstract: information applikation applikation heft mikroelektronik Heft 12 information applikation mikroelektronik Transistoren DDR VEB mikroelektronik "information applikation" mikroelektronik Heft 10 ITT transistoren
Contextual Info: m n t k if ^ s j e le lK t e n a r iH - c g|B Information Applikation in n f B = a n iis ö lH W b n a n lK Information Applikation Heft: 28 Transistorarrays Iweb Halbleiterwerk frankfurt/oder | betrieb im veto kombinet mikroelektronik KAMMER DER TECHNIK Bezirksvorstand Frankfurt/O.

ersa 111

Abstract: epson MARKING CODE E0C63158 E0C63256 E0C63358 S1C6P466
Contextual Info: MF1195-03 CMOS 4-BIT SINGLE CHIP MICROCOMPUTER S1C6P466 Technical Manual S1C6P466 Technical Hardware NOTICE No part of this material may be reproduced or duplicated in any form or by any means without the written permission of Seiko Epson. Seiko Epson reserves the right to make changes to this material without notice. Seiko Epson does not assume any

Contextual Info: ADVANCE 16, 32 MEG x 72 REGISTERED SDRAM DIMM SYNCHRONOUS DRAM MODULE MT18LSDT1672J, MT18LSDT3272J F o r the latest data sheet, please refe r to the M icron Web site: w ww.m icron c o tn /fn it/tm p /M m i'd s tm h m l.h & P l FEATURES PIN ASSIGNM ENT • JE D E C -sta n d a rd 2 0 0 -p in , dual in -lin e m em o ry

Contextual Info: HT44050 4-bit Microcontroller HT44050 SPECIFICATION Features A tim e r w ith a n in te rn a l clock 4.5V LED ap plicatio n 1/3 d u ty LED ap plicatio n P rog ram m ab le LED segm ent PLA, co m pat­ ible w ith an y LED p an el H a lt functio n to reduce pow er consum ption

c3358

Abstract: PC-9800 S1C63158 S1C63358 S1C6P366 1df2 diode
Contextual Info: MF1299-04 CMOS 4-BIT SINGLE CHIP MICROCOMPUTER S1C6P366 Technical Manual S1C6P366 Technical Hardware NOTICE No part of this material may be reproduced or duplicated in any form or by any means without the written permission of Seiko Epson. Seiko Epson reserves the right to make changes to this material without notice. Seiko Epson does not assume any

Contextual Info: HOLTEK r r HT3630 2 Channels Ad-lib Micro Features • • • • • • O p e ra tin g voltage: 3.3V~5.2V S ystem frequency: 3.58M H z A n RC or cry sta l ty p e of oscillator Low sta n d b y c u rre n t 8 b it D/A audio o u tp u t 8 b it |iC - 2K x 14 b its of p ro g ra m m em ory ROM

Contextual Info: LM H 0384 LMH0384 3 Gbps HD/SD SDI Extended Reach and Configurable Adaptive Cable Equalizer Texa s In s t r u m e n t s Literature Number: SNLS308E |/r LMH0384 Semiconductor 3 Gbps HD/SD SDI Extended Reach and Configurable Adaptive Cable Equalizer General Description

Contextual Info: HOLTEK r n r ^ HT99C210/HT99C211 Cordless Phone Controller Features • • • • • • • • • P rovide m a sk ty p e or O TP ty p e v ersio n O p e ra tin g voltage: 2.4V~5.2V m ask type , 3.0V -5.2V (OTP type) 16 b id ire ctio n a l I/O lines O ne in te r r u p t in p u t