M32B Search Results

Contextual Info: M32BDJ-6,-7,-8/ MH1 M32BNDJ-6,-7,-8 FAST PAGE MODE 33554432-BIT 1048576-WQRD BY 32-BIT DYNAMIC RAM DESCRIPTION The MH1 M 3 2 B D J/B N D J is 1048576-w ord x 32-bit dynamic PIN CONFIGURATION (TOP VIEW) [Single side] RAM and consists o f eight industry standard 1M x 4-bit

Contextual Info: MITSUBISHI LS Is DRAM MODULE MH1 M32BATJ-6,-7 FAST PAGE MODE 33554432-BIT (1048576-WQRD BY 32-BIT) DYNAMIC RAM DESCRIPTION The M H 1M 32B A TJ is 1048576-w ord x 32-bit dynamic RAM. PIN CONFIGURATION (TOP VIEW) [Both side] This consists o f eight industry standard 1M x 4 dynamic

DU20

Abstract: MH1M32BATJ-7
Contextual Info: « J - _ o S MH1 M32BATJ-6,-7,-8 FAST PAGE MODE 33554432-BIT 1048576-WORD BY 32-BIT DYNAMIC RAM DESCRIPTION The M32BATJ is 1048576-word x 3 2 -b it dynamic RAM. This consists of eight industry standard 1M x 4 dynamic RAMs in TSOP. The mounting of TSOP on a single in-line package provides

BLUE 4 DIGIT 7 SEGMENT LED DISPLAY

Contextual Info: BRIGHT LED ELECTRONICS CORP. BQ-M32BJRD SINCE 1981 ● 1. Features : ● Package Dimensions : 0.36 inch 9.20mm Digit Height. 5 2. Continuous uniform segments. 3. Low power requirement. 4. Excellent characters appearance. 9.20(.362) 14.00(.551) Solid state reliability.

nanoLOC

Abstract: stm32f103 manual nanoLoc DEMO CODE SMD transistor LD3 NB b6 smd transistor nanoLOC Development DIGI020 STM32F103 TN100 SLS121PCFN
Contextual Info: UM0579 User manual TN100 RF evaluation kit This document describes the TN100 RF evaluation kit TN100/M32B-EVAL used to evaluate the capabilities of the TN100 device for ranging operations and RF data transmission based on the Chirp technology. The entire package consists of two TN100 sensor boards (version 1.1) and a complete

M24F

Abstract: M48A M48B m30c M24E M24MB m48c M55B
Contextual Info: .275 MAX . 1.688 MAX . .270 MAX . P art Number Des ign V oltage A mps MS C P L ife Hours C M24D C M24E 24.0 24.0 .100 .035 1,500 600 5,000 7,000 C -7A C -2F C M24F C M24H C M24X C M30A 24.0 24.0 24.0 30.0 .090 .020 .035 .072 1,120 100 600 2,000 7,000 10,000

M55B

Contextual Info: .275 MAX . 1.688 MAX . .270 MAX . P art Number Des ign V oltage A mps MS C P L ife Hours C M24D C M24E 24.0 24.0 .100 .035 1,500 600 5,000 7,000 C -7A C -2F C M24F C M24H C M24X C M30A 24.0 24.0 24.0 30.0 .090 .020 .035 .072 1,120 100 600 2,000 7,000 10,000

Contextual Info: a WF1M 32B-XXX5 WHITE /MICROELECTRONICS 1Mx325V/12V FLASH MODULE PRELIMINAR/* FEATURES • Access Times of 100,120ns Organized as 1Mx32, user configurable as 2Mx16 or4Mx8. ■ Commercial, Industrial and Military Temperature Ranges Packaging: • 66-pin, PGA Type, 1.185 inch square, Hermetic

16Cxx

Abstract: p16c FP24.A16 P16CR84 75419 AN575 IEEE754 PIC16 PIC17 GA 88
Contextual Info: M AN575 IEEE 754 Compliant Floating Point Routines Author: Frank J. Testa FJT Consulting INTRODUCTION This application note presents an implementation of the following floating point math routines for the PICmicro microcontroller families: • • • •

ACT-F1M32

Contextual Info: - - — — — A GT-F4M 3 » H*UT£M1 Z À U A 2 £ l 3 2 IMeàéMitl -E\ à z a ¿ ¿ u s a 4-à à ï * t i W îT ïîW IT j" E — — y !£ UTJ I B I ÛEROFLEX CIRCUIT TECHNOLOG Y w w w .aero flex.com /act1 .htm Features • ■ ■ ■ ■

EASY320

Abstract: siemens cpu 216 ADSQ GALI6V8 sfw 10,7 MHz MFL-260 S0828
Contextual Info: PEB 20320 SIEMENS Application Notes 5 Application Notes 5.1 Test Loops 5.1.1 Test Loop Definitions for the MUNICH32 Two basic types of test loops are provided by the MUNICH32, internal and external. Each of these types is further subdivided into channelwise and complete test loops thus

M32B

Abstract: cm44a CM12MB M24D M24F M30C M24x
Contextual Info: 147 Central Avenue Hackensack, New Jersey 07601 Tel: 201-489-8989 • Fax: 201-489-6911 CHICAGO MINIATURE LAMP, INC. WHERE INNOVATION COMES TO LIGHT T-2 Telephone Slide Base - Type 3 .275 MAX. 1.688 MAX. .270 MAX. P art Number Des ign V oltage A mps MS C P

Contextual Info: engineered to light up your design www.vcclite.com 1.800.522.5546 T-2 Telephone Slide Base - Type 3 .275 MAX . 1.688 MAX . .270 MAX . P art Number Des ign V oltage A mps MS C P L ife Hours C M24D C M24E 24.0 24.0 .100 .035 1,500 600 5,000 7,000 C -7A C -2F

FP24.A16

Abstract: 16CR83 icepic 16cxx MATH17 P16CR84 16Cxx INT2416 16C65A 0x95F8 FPA24
Contextual Info: M AN575 IEEE 754 Compliant Floating Point Routines Author: Frank J. Testa FJT Consulting INTRODUCTION This application note presents an implementation of the following floating point math routines for the PICmicro microcontroller families: • • • •

lu2b

Abstract: TESYS U LU2B 12BL a6xb N11L LUCB1XBL LUCM05BL 32BL LU2B12 LULC09
Contextual Info: Presentation 1 TeSys motor starters - open version TeSys U starter-controllers DeviceNet communication module and pre-wired coil connection components 567225 1 2 Presentation 3 When used in conjunction with the power base and control unit, communication module LUL C09 allows TeSys U starter-controllers and controllers to be controlled

ETRAX100LX

Abstract: ETRAX 100LX ETRAX-100LX etrax100 Axis Communications etrax 100LX etrax-100 ETRAX100L
Contextual Info: AXIS ETRAX 100LX Programmer’s Manual AXIS ETRAX 100LX Programmer’s Manual May 19, 2005 AXIS ETRAX 100LX Programmer’s Manual (May 19, 2005) Axis Communications AB cannot be held responsible for any technical or typographical errors, and reserves the right to make changes to this manual and to the

2N2646 Vp

Abstract: 2n2646 IEB20
Contextual Info: REVISIONS multicomp A LL RIGHTS RESERVED. NO PORTION OF THIS PUBLICATION, WHETHER IN WHOLE OR IN PART CAN BE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT O F SPC TECHNOLOGY. DCP # REV 1262 DOC. NO. SPC— F005 DESCRIPTION DRAWN DATE RELEASED HO 9 5 /0 2

M24D

Abstract: M48H M24F M30C 10 M30C
Contextual Info: .275 MAX . 1.688 MAX . .270 MAX . F ilament T ype P art Number Des ign V oltage A mps MS C P L ife Hours C M24D C M24E 24.0 24.0 .100 .035 1,500 600 5,000 7,000 C -7A C -2F C M24F C M24H C M24X C M30A 24.0 24.0 24.0 30.0 .090 .020 .035 .072 1,120 100 600 2,000

TM 1803

Abstract: AN575 AN669 PIC16C74A integer and floating point numbers FLO3232 FPA32 FPM32
Contextual Info: M AN669 Embedding Assembly Routines into C Language Using a Floating Point Routine as an Example EXAMPLE 1: Authors: Rick Evans Richard Fischer Microchip Technology, Inc. INTRODUCTION With the advent of MPLAB-C, the Microchip C-compiler, many PICmicro users need to embed existing

MH1M32BNYJ-7

Abstract: MH1M32BNYJ MH1M32BYJ-7 1m32b
Contextual Info: MITSUBISHI LS Is DRAM MODULE FAST PAGE MODE DYNAMIC RAM 1M x 32 32 M BIT M ax. T ype nam e Access Load m em ory tim e O u tw a rd d im e n sio n s Data sheet W x H x D (m m ) page 107.95 x 25.4 x 5.08 3 /1 3 (n s) M32BYJ-5 50 M32BNYJ-5 M32BYJ-6

01ag

Abstract: ML616
Contextual Info: in te l CHAPTER 3 INSTRUCTION SET REFERENCE This chapter describes the complete Intel Architecture instruction set, including the integer, floating-point, MMX technology, and system instructions. The instruction descriptions are arranged in alphabetical order. For each instruction, the forms are given for each operand combi­

zkb 421

Abstract: MUNICH32 ZKB402 FRC FEMALE sfw 10,7 sfw 10.7 ma v110 ITP03487 zkb_402 i82596
Contextual Info: ICs for Communications Multichannel Network Interface Controller for HDLC MUNICH32 PEB 20320 Version 3.4 User’s Manual 01.2000 DS3 • PEB 20320 Revision History: Current Version: 01.2000 Previous Version: User’s Manual 1998-06-01 DS2 V3.4 Page (in previous

MICROPROCESSOR 68000

Abstract: MICROPROCESSOR 68000 manual block diagram of 74LS138 3 to 8 decoder motorola 68000 microprocessor MEX68KECB hardware interface MC68000 motorola 68020 instruction set motorola 68000 architecture motorola 68020 manual MOTOROLA 68012
Contextual Info: Host Interface 18.1 18 OVERVIEW This chapter describes host interfacing techniques in general using the example of the Motorola 680x0 family of processors. Today’s computer CPUs are very powerful. They have large, versatile instruction sets and addressing modes. They can handle complicated sequencing and stacking,

TM 1803

Abstract: PIC16C74A PIC16C74 TM 1628 Datasheet AN669 assembly language AN575 FLO3232
Contextual Info: M AN669 Embedding Assembly Routines into C Language Using a Floating Point Routine as an Example EXAMPLE 1: Authors: Rick Evans Richard Fischer Microchip Technology, Inc. INTRODUCTION With the advent of MPLAB-C, the Microchip C-compiler, many PICmicro users need to embed existing