profet
Abstract: BTS410E BTS410E2 PROFET-. Semiconductor Group 04.Mar.97 PROFET-. Semiconductor Group
Text: PROFET-Description Applications Areas of application for PROFETs are power stages for microprocessor and CMOS control circuits in industrial control systems, programmable machine control systems and automotive applications at supply voltages of 12 V and 24 V.
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amd athlon 5600
Abstract: HIP6601 dip Circuit diagram of 12v 10w LED driver berg 68000-236 JOLO SPCJ-123-01 HIP6302 HIP6302CB ATX MOTHERBOARD schematic Socket 478 C13-C17 amd athlon PIN LAYOUT
Text: HIP6302EVAL1 - Multiphase Power Conversion for AMD Athlon Processors up to 35A TM Application Note February 2002 AN9888.1 Author: Matt Harris Introduction Each generation of computer microprocessor brings performance advances in computing power. Performance
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HIP6302EVAL1
AN9888
amd athlon 5600
HIP6601 dip
Circuit diagram of 12v 10w LED driver
berg 68000-236
JOLO SPCJ-123-01
HIP6302
HIP6302CB
ATX MOTHERBOARD schematic Socket 478
C13-C17
amd athlon PIN LAYOUT
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dc input atx power supply schematic
Abstract: bss84zx TO-252AA fairchild atx power supply lpj9-23 FZT649 ISL6432 ISL6432EVAL1 MA732 TP10 marking C20 sot-23
Text: Peripheral Power Controller for Pentium 4 Computer Systems ISL6432EVAL1 TM Application Note Introduction The progress of the advanced computing cores coming from microprocessor manufacturers such as Intel® and AMD ® have necessitated a change in the topology of the switching
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ISL6432EVAL1)
ISL6432
CH-1009
dc input atx power supply schematic
bss84zx
TO-252AA fairchild
atx power supply lpj9-23
FZT649
ISL6432EVAL1
MA732
TP10
marking C20 sot-23
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53C90A
Abstract: 7252s ncr53c90 NCR53C90A parallel port 7252 motorola AN-71 IDT72520 R3000 EA02-EA05
Text: SIMPLIFY SCSI HOST ADAPTER DESIGN WITH BIDIRECTIONAL FIFO MEMORIES APPLICATION NOTE AN-71 Integrated Device Technology, Inc. by Julie S. Lin ABSTRACT With the dramatic change of the processing power in the microprocessor world, the bottleneck of the system performance is shifted to the I/O subsystem. An efficient I/O interface
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AN-71
7252s;
53C90A;
53C90A
7252s
ncr53c90
NCR53C90A
parallel port
7252 motorola
AN-71
IDT72520
R3000
EA02-EA05
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application of microprocessor in power system
Abstract: interrupts of x86 microprocessor Geode GX1 Processor Series microprocessor application SA1110 SA-1110 XAPP347 CPLD microprocessor 2001
Text: Application Note: CoolRunner R Decrease Processor Power Consumption using a CoolRunner CPLD XAPP347 v1.0 May 16, 2001 Summary This application note describes system design techniques using a low power CoolRunnerTM CPLD to reduce overall system power consumption. Utilizing a CoolRunner CPLD to off load
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XAPP347
10mon
SA-1110
application of microprocessor in power system
interrupts of x86 microprocessor
Geode GX1 Processor Series
microprocessor application
SA1110
XAPP347
CPLD
microprocessor 2001
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Untitled
Abstract: No abstract text available
Text: Linear Regulators with Microprocessor Control Functions by Kieran OÕMalley Although microprocessors are often considered the ÒbrainsÓ of a control system, they need a well regulated power supply and constant supervision for consistent operation. The system designer must choose between building these supervisory functions
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CS8140.
CS8140
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CS8151
Abstract: No abstract text available
Text: Application Note Linear Regulators with Microprocessor Control Functions by Kieran OÕMalley Although microprocessors are often considered the ÒbrainsÓ of a control system, they need a well regulated power supply and constant supervision for consistent operation. The system designer must choose between building these supervisory functions
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CS-8140.
CS-8140
CS8151
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AN1790
Abstract: STM809 STM810 STM811 STM812 SMT812
Text: AN1790 APPLICATION NOTE How to Connect ST Reset Circuits to a Microprocessor CONTENTS This Application Note describes how to connect the STM809, STM810, STM811 and STM812 Reset Circuits to Microprocessor Systems. • INTRODUCTION ■ RESET THRESHOLDS ■ RESET OUTPUT
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AN1790
STM809,
STM810,
STM811
STM812
STM811,
AN1790
STM809
STM810
SMT812
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voltage regulator circuit diagrams using transistor
Abstract: No abstract text available
Text: Smart Regulators Ð An Overview by Kieran OÕMalley Before the arrival of microprocessors, conventional IC regulators were adequate for most control system applications. TodayÕs more complex systems demand a voltage regulator whose capabilities match those of the components they supply. Like a microprocessor, a regulator must have
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CS8151
voltage regulator circuit diagrams using transistor
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CS8120
Abstract: CS8126 CS8140 CS8141 CS8151
Text: SR002AN/D Linear Regulators with Microprocessor Control Functions http://onsemi.com Kieran O’Malley ON Semiconductor 2000 South County Trail East Greenwich, RI 02818 APPLICATION NOTE Although microprocessors are often considered the “brains” of a control system, they need a well regulated power supply and
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SR002AN/D
r14525
CS8120
CS8126
CS8140
CS8141
CS8151
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STM6823T
Abstract: AN1957 STM706 STM705 STM706P STM707 STM708 STM813L 440v ac voltage regulator BackUPS control circuitry, switchover, AC voltage
Text: AN1957 APPLICATION NOTE Microprocessor Supervisor Functions Designers of microprocessor systems have to achieve high reliability, in the face of a large number of threats to stability or even correct functioning such as, voltage drops, glitches, long ramp-up times, programs stuck in endless loops, etc. .
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AN1957
STM6823T
AN1957
STM706
STM705
STM706P
STM707
STM708
STM813L
440v ac voltage regulator
BackUPS control circuitry, switchover, AC voltage
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CS8101
Abstract: CS8140 CS8151
Text: SR001AN/D SMART REGULATOR s An Overview Kieran O’Malley ON Semiconductor 2000 South County Trail East Greenwich, RI 02818 http://onsemi.com APPLICATION NOTE Introduction Before the arrival of microprocessors, conventional IC regulators were adequate for most control system
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SR001AN/D
r14525
CS8101
CS8140
CS8151
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CS-8101
Abstract: voltage regulator circuit diagrams using transistor linear regulator application
Text: Application Note Smart Regulatorsª Ð An Overview by Kieran OÕMalley Before the arrival of microprocessors, conventional IC regulators were adequate for most control system applications. TodayÕs more complex systems demand a voltage regulator whose capabilities match those of the components they supply. Like a microprocessor, a regulator must have
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UART gps
Abstract: gps receiver Block diagram block diagram of gps receiver Block diagram on gps receiver microprocessor GPS XR16Mxxx design of UART microprocessor GPS and gps to microcontroller advantages of microcontroller -based system
Text: DAN189 EXAR UARTS IN GPS APPLICATIONS April 2008 EXAR UARTS IN GPS APPLICATIONS 1.0 INTRODUCTION This application note describes where an Exar UART can be used in a Global Positioning System GPS application. GPS has traditionally been used in military applications such as marine navigation, aircraft
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DAN189
UART gps
gps receiver Block diagram
block diagram of gps receiver
Block diagram on gps receiver
microprocessor GPS
XR16Mxxx
design of UART
microprocessor GPS and
gps to microcontroller
advantages of microcontroller -based system
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MC68360
Abstract: MPC821 XPC821 32-bit microprocessor harvard architecture block diagram XPC821ZP40
Text: Order this document by MPC821/D REV. 9 Microprocessor and Memory Technologies Group MPC821 Product Brief MPC821 PowerPC Portable Systems Microprocessor MPC821 Microprocessor Key Features AR Y The MPC821 microprocessor is a versatile, one-chip integrated microprocessor and peripheral combination
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MPC821/D
MPC821
MPC821
MC68360
XPC821
32-bit microprocessor harvard architecture block diagram
XPC821ZP40
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PowerPC-603e
Abstract: ppc 603e 603E MPC603E MPC7400 CBGA 255 motorola MPC603R
Text: PPC603EFACT/D REV. 7 Fact Sheet MOTOROLA POWERPC 603e MICROPROCESSOR The Motorola PowerPC 603e microprocessor MPC603e is a low-power implementation of the PowerPC Reduced Instruction Set Computer (RISC) architecture. The PowerPC 603e microprocessor offers workstationlevel performance packed into a low-power, low-cost design ideal for desktop computers, notebooks and battery-powered systems, as well as printer and imaging equipment, telecommunications systems, networking and
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PPC603EFACT/D
603eTM
MPC603e)
1ATX31875-7
PowerPC-603e
ppc 603e
603E
MPC603E
MPC7400
CBGA 255 motorola
MPC603R
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nk401
Abstract: AM29V800 S3C3410 S3C3410X JEENI ARM7 pin discription and programming ka78r33 set date pSOS pROBE SMDK40100 SVC32
Text: 40-S3-C3410X-062001 APPLICATION NOTE S3C3410X 16-Bit CMOS Microcontrollers Revision 0 S3C3410X RISC MICROPROCESSOR 1 ABOUT SMDK40100 BOARD ABOUT SMDK40100 BOARD SYSTEM OVERVIEW SMDK40100 Samsung MCU Development Kit for S3C3410X is a platform that is suitable for code development
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40-S3-C3410X-062001
S3C3410X
16-Bit
S3C3410X
SMDK40100
SMDK40100
16/32-bit
nk401
AM29V800
S3C3410
JEENI
ARM7 pin discription and programming
ka78r33
set date pSOS pROBE
SVC32
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SelectMAP
Abstract: xilinx SelectMAP second source flash configuration 9500XL XAPP502 0X000004 68VZ328 MC68VZ328 XCV50 16bit microprocessor using vhdl handspring
Text: Application Note: Virtex, Virtex-II, and Spartan Series R XAPP502 v1.4 November 13, 2002 Using a Microprocessor to Configure Xilinx FPGAs via Slave Serial or SelectMAP Mode Author: Mark Ng and Mike Peattie Summary With embedded systems becoming more popular, many designers want to reduce their
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XAPP502
SelectMAP
xilinx SelectMAP second source flash configuration
9500XL
XAPP502
0X000004
68VZ328
MC68VZ328
XCV50
16bit microprocessor using vhdl
handspring
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2k x 8 nvram
Abstract: dallas nvram A9 sot223 3-Pin Microprocessor Reset A18 sot DS1233B DS1630 A16 SOT DS1233 a5 DS1220
Text: APPLICATION NOTE 51 Application Note 51 How to Save Data During A Power Failure Without Corrupting It For many memory systems requiring nonvolatile memory, Dallas Semiconductor NVRAMs offer an SRAM’s ease of implementation coupled with write protection circuitry and a 10 year information storage
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alreaS1245
DS1645
DS1650
2k x 8 nvram
dallas nvram
A9 sot223
3-Pin Microprocessor Reset
A18 sot
DS1233B
DS1630
A16 SOT
DS1233 a5
DS1220
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KM3702BD
Abstract: No abstract text available
Text: [&TOKO KM3702BD 32 BIT COMPARATOR LSI FOR MOTION CONTROL APPLICATIONS FEATURES • Interfaces directly with an 8 bit microprocessor ■ Has a wide application range ■ Reduces the number of counter IC's ■ 40 pin plastic dual in-line package ■ +5V single power supply
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KM3702BD
20MHz
K-KM37tÂ
KM3702BD
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XPC821ZP25
Abstract: MPC821
Text: g MOTOROLA M ic ro p ro c e s s o r a n d M em o ry T ech n o lo g ies G ro up Order this document by MPC821/D REV 0.9 _ _ _ _ _ MPC821 Product Brief MPC821 PowerPC Portable Systems Microprocessor The MPC821 microprocessor is a versatile, one-chip integrated microprocessor and peripheral combination
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MPC821/D
MPC821
MPC821
MPC821/D
TX35130-0
----------------MPC821/D
XPC821ZP25
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DALLAS SEMICONDUCTOR Ds1230
Abstract: DS1233B 2k x 8 nvram
Text: APPLICATION NOTE 51 Application Note 51 DALLAS SEMICONDUCTOR How to Save Data During A Power Failure Without Corrupting It For many memory systems requiring nonvolatile memory, Dallas Semiconductor NVRAMs offer an SRAM’s ease of implementation coupled with write
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DS1233B,
time11
DS1230
32KX8
DS1630
S1650
DALLAS SEMICONDUCTOR Ds1230
DS1233B
2k x 8 nvram
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HP 3070 Manual
Abstract: analog telecommunications 1992 serial pin layout motorola
Text: Data Sheet February 1998 microelectronics group Lucent Technologies Bell Labs Innovations T7237 ISDN U-lnterface Transceiver Features Description • U-interface for ISDN basic rate 2B+D systems — Serial microprocessor and time-division multi plexed (TDM) bus interfaces
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T7237
DS97-411ISDN
DS96-041
HP 3070 Manual
analog telecommunications 1992 serial pin layout motorola
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Untitled
Abstract: No abstract text available
Text: m i c ro e I e c t ro n i c s g r o u p Data Sheet February 1998 Lucent Technologies Bell Labs Innovations T7237 ISDN U-lnterface Transceiver Features Description • U-interface for ISDN basic rate 2B+D systems — Serial microprocessor and time-division multi
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T7237
F-06561
800-521-CORE
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