BACR Search Results

HI562

Abstract: HI-562 delay line 330ns HI5800 HI5801 "Overflow detection"
Contextual Info: Harris Semiconductor NS No. AN9309.1 May 1997 ESIG NEW D R O F D I5805 ENDE COMM 9203 and H E R T N NO See A Harris Data Acquisition Using the HI5800/HI5801 Evaluation Board Authors: Phil Louzon, Greg Fisher, Kanti Bacrania Theory of Operation high states for overflow and logic low states for underflow

DSP56800

Abstract: DSP56800E DSP56824 motor mcps
Contextual Info: Porting and Optimizing DSP56800 Applications to DSP56800E Application Note by Cristian Caciuloiu, Radu Preda, Radu Bacrau, and Costel Ilas AN2095/D Rev. 0, 04/2001 OnCE is a trademark of Motorola, Inc. This document contains information on a new product. Specifications and information herein are subject to change

HI5800

Abstract: "Overflow detection"
Contextual Info: No. 9203.1 Application Note July 1992 USING THE HI5800 EVALUATION BOARD Author: Kantilal Bacrania and Greg Fisher Theory of Operation Intersil Corporation’s HI5800 is a new twelve bit sampling analog to digital converter which is a monolithic alternative to

RC07 resistor

Abstract: RC07 CA3306 AN9216 BNC connector 50 ohm HA5033 datasheet HA5033 HA-5033 HI5701 HI-5701
Contextual Info: Harris Semiconductor No. AN9216 Harris Data Acquisition January 1993 USING THE HI5701 EVALUATION BOARD Authors: Greg Fisher, Phil Louzon, and Kanti Bacrania Theory of Operation The CMOS HI5701 works by alternately switching between a “Sample” mode and an “Auto Balance” mode. This CMOS

HI5800

Abstract: RESISTOR RC05 "Overflow detection"
Contextual Info: No. 9203.1 Application Note July 1992 USING THE HI5800 EVALUATION BOARD Author: Kantilal Bacrania and Greg Fisher Theory of Operation Intersil Corporation’s HI5800 is a new twelve bit sampling analog to digital converter which is a monolithic alternative to

HI5800

Abstract: HI5801 "Overflow detection" Hi-562a
Contextual Info: TM NS No. AN9309.1 May 1997 ESIG NEW D R O F D I5805 ENDE COMM 9203 and H E R T N NO See A Data Acquisition Using the HI5800/HI5801 Evaluation Board Authors: Phil Louzon, Greg Fisher, Kanti Bacrania Theory of Operation high states for overflow and logic low states for underflow

ck06 e

Abstract: 5800D RC05 resistor HI5800 hi562 "Overflow detection"
Contextual Info: Harris Semiconductor No. 9203.1 Harris Data Acquisition July 1992 USING THE HI5800 EVALUATION BOARD Author: Kantilal Bacrania and Greg Fisher Theory of Operation Harris Semiconductor’s HI5800 is a new twelve bit sampling analog to digital converter which is a monolithic alternative to

delay line 330ns

Abstract: HI562 HI5800 HI5801
Contextual Info: Semiconductor NS No. AN9309.1 May 1997 ESIG NEW D R O F D I5805 ENDE COMM 9203 and H E R T N NO See A Harris Data Acquisition Using the HI5800/HI5801 Evaluation Board Authors: Phil Louzon, Greg Fisher, Kanti Bacrania Theory of Operation high states for overflow and logic low states for underflow

Contextual Info: Harris Semiconductor No. AN9216.1 Harris Data Acquisition February 1998 Using the HI5701 Evaluation Board Authors: Greg Fisher, Phil Louzon, Kanti Bacrania and Philip M. Pratt Theory of Operation The CMOS HI5701 works by alternately switching between a “Sample” mode and an “Auto Balance” mode. This CMOS

CA158AE

Abstract: capacitor COG xr7 TTL transformer to RF 74F541 HFA1102 HI5702 HI5703 HI5703EVAL TSG100 TMO-4-1
Contextual Info: Harris Semiconductor No. AN9534.1 Harris Data Acquisition January 1996 Using the HI5703 Evaluation Board Authors: George Von Dolteren, Kantilal Bacrania, Eric Shu ground. At the falling edge of φ1 the input signal is sampled on the bottom plates of the sampling capacitors. In the next

DSP56800

Abstract: DSP56800E DSP56824
Contextual Info: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. Porting and Optimizing DSP56800 Applications to DSP56800E Application Note by Cristian Caciuloiu, Radu Preda, Radu Bacrau, and Costel Ilas AN2095/D Rev. 0, 04/2001 For More Information On This Product,

BACS53B1EA1

Abstract: nas9301 nas1919 BACS53 BACR15FR NAS1398 M83454 NAS9301-9312 456MAX-763A-43 GBP704E
Contextual Info: GBP704E SERIES INSTALLATION TOOLS 6.21 157.7mm 1.56 Ø (39.6mm) 4.15 (105.4mm) 1.14 Ø (29.9mm) 1.78 (45.2mm) 1.25 (31.8mm) 1.92 (48.8mm) 11.16 (283.4mm) 4.15 (105.4mm) 3.88 Ø (98.6mm) GBP704E 5.07 (128.8mm) 3.20 (81.2mm) 6.89 (175.0mm) GBP704ESH GAGE BILT

Contextual Info: M PICI 6C62X A ic r o c h ip EPROM-Based 8-Bit CMOS Microcontroller Pin Diagrams Devices included in this data sheet: Referred to collectively as PIC16C62X(A). • PIC16C620 • PIC16C621 • PIC 16C 622 PDIP, SOIC, Windowed CERDIP • PIC16C620A • PIC16C621A

na11 npn transistor PIN OUT

Abstract: lcd moniter power supply repairing LHi 958 LHi 958 datasheet buzzer tmb dcl moniter LHi 958 application MASK162 moniter vertical driver MSM64162A
Contextual Info: Dear customers, About the change in the name such as "Oki Electric Industry Co. Ltd." and "OKI" in documents to OKI Semiconductor Co., Ltd. The semiconductor business of Oki Electric Industry Co., Ltd. was succeeded to OKI Semiconductor Co., Ltd. on October 1, 2008.

Contextual Info: 19-4750; Rev 1; 7/11 DS34S132 32-Port TDM-over-Packet IC General Description The IETF PWE3 SAToP/CESoPSN/HDLC-compliant DS34S132 provides the interworking functions that are required for translating TDM data streams into and out of TDM-over-Packet TDMoP data streams

Contextual Info: UNCONTROLLED DOCUMENT REV. P A R T N U M BER SM L — L X L 2 8 3 2 S Y C - T R ELECTRO-OPTICAL CHARACTERISTICS Ta =25X PARAMETER MIN PEAK WAVELENGTH LEAD FREE REFLOW PROFILE FORWARD VOLTAGE TEST COND nm 2.0 15 Vf 5.0 I f =1 OOjUA AXIAL INTENSITY GOO Vr mcd

Contextual Info: UNCONTROLLED DOCUMENT REV. A PART NUMBER REV. S M L-LXL2832IC -TR A E.C.N. NUMBER AND REVISION COMMENTS E.C.N. #11231. & #11146. ELECTRO-OPTICAL CHARACTERISTICS Ta = 25X ŒI ANODE PARAMETER PEAK WAVELENGTH FORWARD VOLTAGE REVERSE VOLTAGE AXIAL INTENSITY VIEWING ANGLE

na11 npn transistor

Abstract: LHi 958 LHi 958 application MASK162 moniter vertical driver MSM64162A QFP80-P-1420-0 MSM64162 P30CON na11 npn transistor PIN OUT
Contextual Info: MSM64162A 4-Bit Microcontroller User’s Manual FIRST EDITION December 1998 OKI ELECTRIC INDUSTRY CO., LTD. E2Y0002-28-41 NOTICE 1. The information contained herein can change without notice owing to product and/or technical improvements. Before using the product, please make sure that the information

edto 116.4

Abstract: DDA13 DDA05 d45u DDA31 ADRS05 D0C03
Contextual Info: CYM7232 CYM7264 DRAM Controller Module ADVANCED INFORMATION Features • 4-megabyte to 1-gigabyte capacity • 32- or 64-bit bus interface M7232 only • 32- or 64-bit EDC versions — 1-bit correct; 2-bit detect • Multiplexed or non-multiplexed bus • i486, i860,68040, 88110, SPARC, and

Contextual Info: KM718V889 256Kx18 Synchronous SRAM 256Kx18-Bit Synchronous Pipelined Burst SRAM FEATURES GENERAL DESCRIPTION • Synchronous Operation. - 2 Stage Pipelined Operation With 4 Burst • On-Chip Address Counter. • Self-Timed W ite Cyde. • On-Chip Address and Control Registers.

FT08

Contextual Info: THIS DRAWING IS UNPUBLISHED. C O P Y RI G HT 2 0 0 2 BY RELEASED TYCO ELECTRONICS CORPORATION. ALL FOR PUBLICATION R|3 H T S ?oo: LOC RESERVED. REV I SI ONS D I ST 00 AD LTR DE S C R I P T I O N RELEASED B I .8 2.5 PER EC DWN DATE OS I 2 - 0 0 5 2 - 0 2 OS I 2 - 0 3 2 4 -

Contextual Info: C ir N A v « / ik s w v ^ Corporation* SP703/SP704 I SIG N AL PROCESSING EXCELLENCE Low Power Microprocessor Supervisory ] with Battery Switch-Over | • Precision Voltage Monitor: SP703 at 4.65V SP704 at 4.40V ■ Reset Time Delay - 200ms ■ Debounced TTL/CMOS Compatible Manual - Reset Input

68HC805

Abstract: 68HC05B6 68HC805B6 ANE420 MC68HC05B6 XC68HC05B6FN
Contextual Info: MOTOROLA Order this document by ANE420/D SEMICONDUCTOR APPLICATION NOTE ANE420 M on itor Program for the M C 6 8 H C 0 5 B 6 M icrocom puter Unit Prepared by: Bill Mathews, Product Engineer, Motorola Semiconductors Ltd, East Kilbride, Scotland INTRODUCTION

Contextual Info: LO C DRAWING MADE IN THIRD ANGLE PROJECTION THIS DRAWING IS UNPUBLISHED. C C o p y r ig h t AMP I n c o BE COVERED r p o r a t e d BY U . S . , H a r r is b u r g , AND F O R E IG N Pa. PATENTS 19 A ll in t e r n a t io n a l A N D /O R PATENTS REVISIONS