vertex m1 intel 94
Abstract: planar YUV matrix m21 SIMD
Text: Applying Streaming SIMD Extensions to 3D Graphics, Imaging and Video Copyright 1999, Intel Corporation. All rights reserved. 1 Learning Objectives l Organize data for maximum performance l Use Streaming SIMD Extensions in common applications l Avoid
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ana 658 solar charge
Abstract: RD2004 for 4120 40A 14VDC relay pico fuse color code varistor 20sp Lucent SLC 96 cabinet MDM cooper bussmann semiconductor fuse catalogue MDQ 100a 600v bridge rectifier GBA 616
Text: Bussmann electrical full line catalog Leadership in Circuit Protection Introducing Bussmann by Eaton The protection you rely on. For more, visit Bussmann.com Leadership in Circuit Protection. The only company that can provide a complete circuit protection solution for all applications.
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MMSH
Abstract: No abstract text available
Text: Optimizing Graphics Drivers with Streaming SIMD Extensions Copyright 1999, Intel Corporation. All rights reserved. 1 Agenda of Pentium® III processor l Graphics Stack Overview l Driver Architectures l Streaming SIMD Impact on D3D l Streaming SIMD Impact on OpenGL*
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8085 microprocessor data sheet pdf free download
Abstract: TAG 9344 s7 200 examples 855 sbs Stack Lights wiring S7-200 Statement List s7-300 modbus tcp programming s7-200 examples to motion control CM 1241 RS232
Text: S7-1200 Programmable controller SIMATIC S7 S7-1200 Programmable controller System Manual 04/2012 A5E02486680-06 _ Preface 1 _ Product overview STEP 7 programming 2 _ software 3 _ Installation
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S7-1200
A5E02486680-06
ema796
1211C,
1212C,
1214C,
1215C,
8085 microprocessor data sheet pdf free download
TAG 9344
s7 200 examples
855 sbs Stack Lights wiring
S7-200 Statement List
s7-300 modbus tcp programming
s7-200 examples to motion control
CM 1241 RS232
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Am386-SX40
Abstract: SXLV 8086 RTOS AM386SX-40 ING80386 NG80386 387DX 386sx chipset Am386 DXL 386SX
Text: FINAL Am386 SX/SXL/SXLV High-Performance, Low-Power, Embedded Microprocessors DISTINCTIVE CHARACTERISTICS • Member of the E86 CPU series – 16-bit data bus – 24-bit address bus – 16-Mbyte address range – Long-term stable supply from AMD ■ 40-, 33- and 25-MHz operating speeds
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Am386
E86TM
16-bit
24-bit
16-Mbyte
25-MHz
386SX
Am386SXLV
16-038-PQB
PQB100
Am386-SX40
SXLV
8086 RTOS
AM386SX-40
ING80386
NG80386
387DX
386sx chipset
Am386 DXL
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Am486DXL
Abstract: CJ57 TL920 Am386 DXL
Text: PRELIM INARY a Am486 DXL Advanced Micro Devices High-Performance, 32-Bit Microprocessor with Integrated Power Management DISTINCTIVE CHARACTERISTICS • Operating voltage range 5.0 V ± 5% — 40-MHz operating frequencies — Wide range of chipsets and support available
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Am486®
32-Bit
40-MHz
8221A
Am486,
Am386
Q04b44c
Am486DXL
CJ57
TL920
Am386 DXL
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Untitled
Abstract: No abstract text available
Text: a PRELIMINARY Am386 DXLV High-Performance, Low-Voitage, 32-Bit Microprocessor Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Operating voltage range 3.0 V to 5.5 V—Ideal or portable PC applications — SMI is non-maskable and has higher priority than
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Am386TMDXLV
32-Bit
386DX,
Am386DXL
Am386DXLV
15021B-081
15021B-082
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MAB100
Abstract: RC306 DT-408 MAA550
Text: Low-Cost Embedded 64-bit RlSController w I DSP Capability Features * Upwardly software compatible with IDT RlSController Family * High -performance embedded 64-bit microprocessor ' ’ 64-bit integer operations 64-bit registers Based on the MIPS RISC Architecture
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64-bit
IDT79RC46401
100MHz,
150MHz,
180MHz,
200MHz
32-bit
MAB100
RC306
DT-408
MAA550
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Untitled
Abstract: No abstract text available
Text: HARRIS SEMICOND SECTOR 5ÖE D iU HARRIS W SEMICONDUCTOR REGISTRATION PENDING Currently Available as FRL430 D, R, H • 43D2271 004S 7GD ^23 « H A S 2N7281D, 2N7281R 2N7281H Radiation Hardened N-Channel Power MOSFETs December 1992 Features • 2A, 500V, RDS(on) - 2.500
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FRL430
2N7281D,
2N7281R
2N7281H
100KRAD
300KRAD
1000KRAD
3000KRAD
004S703
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UMOV
Abstract: 4C550
Text: Am386SXLV Advanced Micro Devices High-Performance, Low-Voltage, 32-Bit Microprocessor with 16-Bit Data Bus DISTINCTIVE CHARACTERISTICS • — SMI coupled with I/O instruction break feature provides transparent power off and auto resume of peripherals which may not be “power aware”
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Am386SXLV
32-Bit
16-Bit
25-MHz
33-MHz
Am386
UMOV
4C550
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i386SX
Abstract: UMOV 386sx chipset 386SX notebook 387sx 1000X 386SX PQ100 PQB100 A20 1453
Text: PRELIMINARY Am386 SXLV Advanced Micro Devices High-Performance, Low-Voltage, 32-Bit Microprocessor with 16-Bit Data Bus DISTINCTIVE CHARACTERISTICS • Operating range 3.0 V to 5.5 V—Ideal for notebook PC designs — 2X improvement in batteiy life over existing 5 V
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Am386â
32-Bit
16-Bit
i386SX,
Am386SXL
15022B-038
Am386SXLV
i386SX
UMOV
386sx chipset
386SX notebook
387sx
1000X
386SX
PQ100
PQB100
A20 1453
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TTK SG 2368
Abstract: BV EI 303 3628 7 segment LD 1106 BS LM 6863 D I8253 yx 8018 0308 082c ez 422 BV EI 304 3083 0429 01 2701 00 RELE 12,8 mhz e 4895 lf
Text: AP-55A APPLICATION NOTE i n t e i A u g u s t 1979 S.A. Distributor E l e c t r o n ic \ \ B u il d in g E l e m e n t s p t y l t d PURVEYORS OF a l l ELECTRONIC COMWNENTS Tel eph on e 7 8 - 9 2 2 1 / 6 P O B o x 4 6 0 9 , Pretoria T e l e x 3 01 8 1 S A
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AP-55A
PR00UCT.
MCS-48
/TP-11/1179/5K
TTK SG 2368
BV EI 303 3628
7 segment LD 1106 BS
LM 6863 D
I8253
yx 8018 0308
082c ez 422
BV EI 304 3083
0429 01 2701 00 RELE
12,8 mhz e 4895 lf
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SMD MARKING CODE 5x
Abstract: ASR315E
Text: SMD ONE PORT 3 1 5 .0 0 MHz SAW RESONATOR U l n fi • ASR315E > APPLICATION: Automotive Electronics/Remote Control 15 X 5 x 1.35mm STANDARD SPECIRCATIONS: CHARACTERISTICS UNIT MIN. TYP. MAX. Center Frequency Fo MHz 314.925 315.000 315.075 Tolerance from Fo
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ASR315E
-00fl
SMD MARKING CODE 5x
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I386sx
Abstract: 386SXLV Intel 386SX am386sx
Text: a P R E L IM IN A R Y Am386 SXLV Advanced Micro Devices High-Performance, Low-Voltage, 32-Bit Microprocessor with 16-Bit Data Bus DISTINCTIVE CHARACTERISTICS • — SM I coupled with I/O instruction break feature provides transparent pow er off and auto resume
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Am386TMSXLV
32-Bit
16-Bit
i386SX,
386SXL
386SXLV
15022B-037
15022B-038
I386sx
Intel 386SX
am386sx
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Am386DXLV
Abstract: CJ83 387DX Am386DXLV/Am386SXLV
Text: a Am386DXLV High-Performance, Low-Voltage, 32-Bit Microprocessor Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Operating voltage range 3.0 V to 5.5 V— Ideal for portable PC applications — SMI is non-maskable and has higher priority than Non-Maskable Interrupt NMI
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Am386DXLV
32-Bit
25-MHz
33-MHz
i386DX,
Am386DXL
Am386
CJ83
387DX
Am386DXLV/Am386SXLV
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Untitled
Abstract: No abstract text available
Text: A D V A N C E D MICRO D E V I C E S 4ÛE D • Q E S 7 SE S 0 0 4 1 SS 7 T « A M D 1 PRELIMINARY 1-3,4 Am386 SXLV Advanced Micro Devices High-Performance, Low-Voltage, 32-Bit Microprocessor with 16-Bit Data Bus DISTINCTIVE CHARACTERISTICS ■ — SMI coupled with I/O instruction break feature
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Am386â
32-Bit
16-Bit
15022B-038
15022B-037
Am386SXLV
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AMD 386DX
Abstract: i386DX Am386DXLV 1000X 386DX PQB132 t28s 120d-22
Text: PRELIMINARY Am386 DXLV High-Performance, Low-Voltage, 32-Bit Microprocessor Devices DISTINCTIVE CHARACTERISTICS — SMI is non-maskable and has higher priority than NMI — Automatic save and restore of the microprocessor state — Wide range of chipsets supporting SMM available
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Am386â
32-Bit
i386DX,
Am386DXL
Am386DXLV
15021B-081
AMD 386DX
i386DX
1000X
386DX
PQB132
t28s
120d-22
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hlr 3700
Abstract: PDP10
Text: 10 1-0 HDec68 10. 10.1 - ARITHMETIC PROCESSOR PAGING Introduction BBN is designing an interface between the KA-10 arithmetic processor and core memory which we call the Pager. This device receives from the APR over a standard memory buss execute, read, write, and read-modify-write requests.
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llDec68
KA-10
512-word
hlr 3700
PDP10
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3N35
Abstract: tetrode transistor RAW MATERIAL INSPECTION procedure 3N35 JAN
Text: MIL-S-19500/80E J 7 A p ril 1972 _ SÜ PK K SE D IN U s - 1 QRnn/flnn m ît 1 July 1965 See 6.3 H m T ^T A D V iriiU J k m u x O D P ^ T X 'T r ' A OTTAKT u r u v ju ' i v a i i v n SEMICONDUCTOR DEVICE, TRANSISTOR, NPN, SILICON, LOW-POWER TYPE 3N35 This specification is m andatory for use by all D epartiiiy n w tj
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MIL-S-19500/80E
MIL-S-19500/SOD
MIL-S-19500.
3N35
tetrode transistor
RAW MATERIAL INSPECTION procedure
3N35 JAN
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