psd813
Abstract: wsi Magic PRO III a17f architecture of 8031 microcontroller Magic*PRO III A14F wsi magic pro PSD813F PSD813F1 PSD813F3
Text: Programmable Peripheral Application Note 052 PSD813FH-80C31 Design Example Multi-Chip-Module to Monolithic Flash PSD By Mark Rootz Introduction This document presents a Flash-based embedded microcontroller design that features a WSI Flash Programmable System Device PSD and an Intel 80C31. The two chips serve
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PSD813FH-80C31
80C31.
80C31BH-1N
PSD813FH
h0A00)
h0B00)
h0C00)
h0E00)
psd813
wsi Magic PRO III
a17f
architecture of 8031 microcontroller
Magic*PRO III
A14F
wsi magic pro
PSD813F
PSD813F1
PSD813F3
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A8A21
Abstract: A8A-213
Text: Rocker Switch A8A Safety-considered Power Rocker Switch • Low heat radiation with a Unique leaf spring mechanism. ■ Positive-opening mechanism incorporated. ■ AC operated Neon lamp illumination models available. ■ Contact gap of 3 mm minimum. ■ Variety of color models available
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A8A-201
A8A-202
A8A-203
A8A-204
A8A-205
A8A-207
A8A-201-1
A8A-202-1
A8A-203-1
A8A-204-1
A8A21
A8A-213
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OMRON G5R-2232
Abstract: No abstract text available
Text: Rocker Switch A8A Safety-considered Power Rocker Switch • Low heat radiation with a Unique leaf spring mechanism. • Positive-opening mechanism incorporated. • AC operated Neon lamp illumination models available. • Contact gap of 3 mm minimum. • Variety of color models available
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A8A-201
A8A-201-1
A8A-202
A8A-202-1
A8A-202-2
A8A-203
A8A-203-1
A8A-203-2
A8A-204
A8A-204-1
OMRON G5R-2232
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Untitled
Abstract: No abstract text available
Text: Rocker Switch A8A Safety-considered Power Rocker Switch • Low heat radiation with a Unique leaf spring mechanism. • Positive-opening mechanism incorporated. • AC operated Neon lamp illumination models available. • Contact gap of 3 mm minimum. • Variety of color models available
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A8A-201
A8A-201-1
A8A-202
A8A-202-1
A8A-202-2
A8A-203
A8A-203-1
A8A-203-2
A8A-204
A8A-204-1
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Omron
Abstract: A201E A8A21
Text: Rocker Switch A8A Safety-considered Power Rocker Switch • Low heat radiation with a Unique leaf spring mechanism. • Positive-opening mechanism incorporated. • AC operated Neon lamp illumination models available. • Contact gap of 3 mm minimum. • Variety of color models available
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A8A-201
A8A-202
A8A-203
A8A-204
A8A-205
A8A-207
A8A-201-1
A8A-202-1
A8A-203-1
A8A-204-1
Omron
A201E
A8A21
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Untitled
Abstract: No abstract text available
Text: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS FEBRUARY 1994 DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1-channel downconverter or other integrated circuits, and may be used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
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GP1010
Abstract: AE TCXO 1025 motion sensor doppler ARINC 702 BD 4914 SAW GPS GLONASS filter tic 120 arinc 429 serial transmitter tic 105 motion sensor based on doppler effect
Text: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS FEBRUARY 1994 DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1-channel downconverter or other integrated circuits, and may be used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
AE TCXO 1025
motion sensor doppler
ARINC 702
BD 4914
SAW GPS GLONASS filter
tic 120
arinc 429 serial transmitter
tic 105
motion sensor based on doppler effect
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TIC 107
Abstract: tic 41 motion sensor doppler tic 225 datasheet SAW GPS GLONASS filter K1 code mark motion sensor based on doppler effect arm microprocessor data sheet CLOCK GENERATOR 10HZ GLONASS chip
Text: FEBRUARY 1994 DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1-channel downconverter or other integrated circuits, and may be used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
TIC 107
tic 41
motion sensor doppler
tic 225 datasheet
SAW GPS GLONASS filter
K1 code mark
motion sensor based on doppler effect
arm microprocessor data sheet
CLOCK GENERATOR 10HZ
GLONASS chip
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GP1010
Abstract: motion sensor doppler arinc 429 serial transmitter GLONASS chip tic 41 AE TCXO 1025 mag gp1020 SAW GPS GLONASS filter gold code generator GP1020/CG/GPKR
Text: FEBRUARY 1994 DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1-channel downconverter or other integrated circuits, and may be used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
motion sensor doppler
arinc 429 serial transmitter
GLONASS chip
tic 41
AE TCXO 1025
mag gp1020
SAW GPS GLONASS filter
gold code generator
GP1020/CG/GPKR
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gold code generator
Abstract: GP1010 GLONASS motion sensor doppler tic 105 MOTOROLA INSTANT GPS DESIGN GUIDE arinc 429 serial transmitter E33H DW9255 GP1020
Text: FEBRUARY 1994 DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1-channel downconverter or other integrated circuits, and may be used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
gold code generator
GLONASS
motion sensor doppler
tic 105
MOTOROLA INSTANT GPS DESIGN GUIDE
arinc 429 serial transmitter
E33H
DW9255
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MOTOROLA INSTANT GPS DESIGN GUIDE
Abstract: arm gps working of mux
Text: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS FEBRUARY 1994 DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1-channel downconverter or other integrated circuits, and may be used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
MOTOROLA INSTANT GPS DESIGN GUIDE
arm gps
working of mux
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gold code generator
Abstract: AE TCXO 1025 GP1010 motion sensor doppler 219kHz GLONASS chip DS3605-2 GLONASS mag3 NANDB
Text: FEBRUARY 1994 DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1-channel downconverter or other integrated circuits, and may be used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
gold code generator
AE TCXO 1025
motion sensor doppler
219kHz
GLONASS chip
GLONASS
mag3
NANDB
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motion sensor doppler
Abstract: AE TCXO 1025 GP1010 arinc 429 serial transmitter CLOCK GENERATOR 10HZ GLONASS GLONASS chip DW9255 GP1020 VSS20
Text: FEBRUARY 1994 DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1-channel downconverter or other integrated circuits, and may be used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
motion sensor doppler
AE TCXO 1025
arinc 429 serial transmitter
CLOCK GENERATOR 10HZ
GLONASS
GLONASS chip
DW9255
VSS20
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251A137
Abstract: 512KX40 251A137-517 4927N w26m 251a137-527 251A137-101-PS001 EOA20156 BAE 0002 BAE Systems 251A137
Text: REVISIONS R E L or E C O D E S C R I P T I O N REV ECO EOA20156 G D A T E Refer to Document Change History herein 01-19-04 A P P R O V E D K. Mason NOTES: 1. This is a TOP LEVEL DRAWING TLD . 2. BAE SYSTEMS - Manassas, VA reference only. 3. All sheets are the same revision status.
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EOA20156
512Kx40,
1RU44
251A137
512Kx40
A0-A18
DQ0-DQ39
251A137-517
4927N
w26m
251a137-527
251A137-101-PS001
EOA20156
BAE 0002
BAE Systems 251A137
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MSM66P507
Abstract: 66P507 MSM66507 00CF QFJ84-P-S115-1 002DI
Text: E2E1028-27-Y5 ¡ Semiconductor MSM66507/66P507 ¡ Semiconductor This MSM66507/66P507 version: Jan. 1998 Previous version: Nov. 1996 OLMS-66K Series 16-Bit Microcontroller GENERAL DESCRIPTION The MSM66507/66P507 is a high-performance 16-bit microcontroller that employs OKI
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E2E1028-27-Y5
MSM66507/66P507
OLMS-66K
16-Bit
MSM66507/66P507
nX-8/500
MSM66P507
66P507
MSM66507
00CF
QFJ84-P-S115-1
002DI
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F954
Abstract: f933 231 dsp hen nv 74is138 f953 F889 f922 MC68HC811A2 1023FD TAG 8602
Text: MOTOROLA Order this document by ANE415/D SEMICONDUCTOR APPLICATION NOTE ANE415 M C68HC11 Implementation of IEEE-488 Interface for DSP56000 M onitor Prepared by: Richard Soja and Mark Maiolani, Motorola Semiconductors Ltd, East Kilbride, Scotland This application note describes the implementation of an
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ANE415/D
ANE415
C68HC11
IEEE-488
DSP56000
IEEE-488
MC68HC11
HP9836
F954
f933
231 dsp hen nv
74is138
f953
F889
f922
MC68HC811A2
1023FD
TAG 8602
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TAG 8602
Abstract: F923 F946 F933 MC68HC811A2 f935 F954 tk 1838 f953 f922
Text: MOTOROLA Order this document by ANE415/D SEMICONDUCTOR APPLICATION NOTE ANE415 M C68HC11 Implementation of IEEE-488 Interface for DSP56000 M onitor Prepared by: Richard Soja and Mark Maiolani, Motorola Semiconductors Ltd, East Kilbride, Scotland This application note describes the implementation of an
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ANE415/D
ANE415
MC68HC11
IEEE-488
DSP56000
IEEE-488
HP9836
TAG 8602
F923
F946
F933
MC68HC811A2
f935
F954
tk 1838
f953
f922
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MOTOROLA INSTANT GPS DESIGN GUIDE
Abstract: No abstract text available
Text: GEC PLESSEY SEMICONDS S i b2E D m 37hö522 □□171AD 520 « P L S B GEC PLESSEY JULY 1993 SEM IC O ND UC TO RS PRELIMINARY INFORMATION DS3605-1.3 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which
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171AD
DS3605-1
GP1020
GP1020
GP1010
16-bit
MOTOROLA INSTANT GPS DESIGN GUIDE
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epoch t14
Abstract: No abstract text available
Text: GEC PLESSEY S ë f e b r u a r y i 994 S E M I C O N D U C T O R S DS3605-2.2 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1 -channel downconverteror other integrated circuits, and maybe used to acquire
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DS3605-2
GP1020
GP1020
GP1010
16-bit
37bflS22
epoch t14
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MOTOROLA INSTANT GPS DESIGN GUIDE
Abstract: No abstract text available
Text: aug S i » 1983 GEC PLESSEY JULY 1993 PRELIMINARY INFORMATION S E M I C O N D U C T O R S D S 3 6 0 5 -1 .3 GP1020 SIX-CHANNEL PARALLEL CORRELATOR CIRCUIT FOR GPS OR GLONASS RECEIVERS The GP1020 is a six-channel CMOS digital correlator which has been designed to work with the GP1010 L1 -channel downconverter or other integrated circuits, and maybe used to acquire
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GP1020
GP1020
GP1010
16-bit
MOTOROLA INSTANT GPS DESIGN GUIDE
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ABA-207-1
Abstract: No abstract text available
Text: omRon Model i O PST-. Non-Ughted and Lighted Rocker Sw itch Features • Unique leaf spring mechanism suppresses heat generation to improve safety during long power application ■ Original forcible separation ensures positive contact separation, under severe conditions
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A6A-201
A8A-202
A8A-203
A8A-204
A8A-205
ABA-207-1
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UL A8A
Abstract: MARK A8A
Text: Unique leaf spring mechanism suppresses heat generation to improve safety during long power application Original forcible separation ensures positive contact separation, under severe conditions Neon lamp allows switch to be directly applied with supply voltage
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MSC 1691 AI
Abstract: WD1771 WD1793 WD1691V western digital FD1791 WD1771-01 sj 8207 FD1770 WD1691 WG1 smd
Text: 1984 Storage Managem ent Products Handbook Making The Leading Edge Work For You. This handbook is designed for you, the engineer. It’s intended to be a useful tool, enabling you to make a preliminary evaluation of our products and later, with samples in hand, design our products
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sj09
Abstract: No abstract text available
Text: O K I Semiconductor MSM66507/ 66 P507 OLMS-66K Series 16-Bit Microcontroller GENERAL DESCRIPTION The MSM66507/66P507 is a high-performance 16-bit microcontroller that employs OKI original nX-8/500 CPU core. The MSM66507/66P507 includes a 16-bit CPU, ROM, RAM, a 10-bit A /D converter, serial ports,
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MSM66507/
OLMS-66K
16-Bit
MSM66507/66P507
nX-8/500
10-bit
167ns
sj09
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