powerpc dhrystone
Abstract: powerpc dhrystone mips MPC7445 MPC7447 MPC7447A MPC7455 MPC7457
Text: High-Performance Processors MPC7457 and MPC7447 PowerPC Processors The MPC7457 and MPC7447 PowerPC processors offer high performance, including the full 128-bit implementation of Freescale's AltiVec technology, for applications with lower power budgets. For example, these processors
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MPC7457
MPC7447
MPC7447
128-bit
MPC7455
MPC7445
MPC7447A
MPC7457FS
powerpc dhrystone
powerpc dhrystone mips
MPC7447A
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mpc7455
Abstract: MPC7441 MPC7445 MPC7451 powerpc dhrystone mips
Text: Fact Sheet MPC7455 MPC7445 HOST PROCESSORS MPC7455 and MPC7445 host processors are highperformance, low-power, 32-bit implementations of the PowerPC RISC architecture with a full 128-bit implementation of Motorola’s AltiVec technology. These microprocessors are ideal for leading-edge
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MPC7455
MPC7445
MPC7455
MPC7445
32-bit
128-bit
MPC7451
MPC7441
60x/MPX
MPC7441
powerpc dhrystone mips
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stream register cache coherency snoop filter
Abstract: RISCwatch PPC750GX 750FXTM 750FX 750GX PPC750GXFX The PowerPC Microprocessor Family 750GX-750FX PowerPC 750gx
Text: Application Note PowerPC 750GX/FX Cache Programming Abstract The IBM PowerPC 750GX processor contains separate instruction and data caches, along with a unified L2 cache. In order to use the caches efficiently, system software must properly initialize,
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750GX/FX
750GXTM
750GX
750FXTM
750CXeTM
750FX
stream register cache coherency snoop filter
RISCwatch
PPC750GX
PPC750GXFX
The PowerPC Microprocessor Family
750GX-750FX
PowerPC 750gx
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MPC7457
Abstract: MPC7455
Text: High-Performance Processors MPC7457 Host Processor Built on Power Architecture Technology The MPC7457 host processor built on Power MPC7457 BLOCK DIAGRAM Architecture™ technology is a high-performance, low-power 32-bit implementation of the RISC architecture with a full 128-bit implementation
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MPC7457
MPC7457
32-bit
128-bit
MPC7457FS
MPC7455
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PowerPC-620
Abstract: powerPC 620 MPC620 powerpc 620 advanced information ppc620 00A00-00BFF L2 ecc
Text: SA14-2069-01 IBM Order Number MPC620/D (Motorola Order Number) 7/96 REV 1 Advance Information PowerPC 620 ™ RISC Microprocessor Technical Summary • Part 1, “PowerPC 620 Microprocessor Overview,” provides a summary of 620 features. • Part 2, “PowerPC 620 Microprocessor Hardware Implementation,” provides
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SA14-2069-01
MPC620/D
PowerPC-620
powerPC 620
MPC620
powerpc 620 advanced information
ppc620
00A00-00BFF
L2 ecc
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MPC7441
Abstract: No abstract text available
Text: Fact Sheet MPC7441 HIGH PERFORMANCE, LOW-POWER HOST MICROPROCESSOR The MPC7441 microprocessor is a high-performance, lowpower, 32-bit implementation of the PowerPC RISC architecture with a full 128-bit implementation of Motorola’s AltiVec technology. This microprocessor is
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MPC7441
MPC7441
32-bit
128-bit
256-bit
MPC7441fact/rev
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MPC7450
Abstract: No abstract text available
Text: Freescale Semiconductor, Inc. Fact Sheet MPC7450/MPC7451 The MPC7450/MPC7451 host processor is a highperformance, low-power, 32-bit implementation of the PowerPC RISC architecture with a full 128-bit implementation of Motorola’s AltiVec technology. This
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MPC7450/MPC7451
MPC7450/MPC7451
32-bit
128-bit
64-bit
MPC7450/MPC7451fact/rev
MPC7450
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powerPC 620
Abstract: No abstract text available
Text: MPR620TSU-01 IBM Order Number MPC620/D (Motorola Order Number) 10/94 Advance Information PowerPC 620 ™ RISC Microprocessor Technical Summary • Part 1, “Overview,” provides a summary of 620 features. • Part 2, “PowerPC 620 Microprocessor Hardware Implementation,” provides
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MPR620TSU-01
MPC620/D
A25/862-1,
R0260,
powerPC 620
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PowerPC 7450
Abstract: MPC7440 MOTOROLA 175W Motorola PowerPC 7410
Text: M P C 74 4 0 High Performance, Low-Power 32-Bit PowerPC RISC Microprocessor The MPC7440 PowerPC microproces- MPC7440 is software-compatible with sor is a high-performance, low-power, existing PowerPC 603e, 750, 7400, 7410 32-bit implementation of the PowerPC
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32-Bit
MPC7440
128-bit
MPC7440FACT/D
PowerPC 7450
MOTOROLA 175W
Motorola PowerPC 7410
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MPC7450
Abstract: drystone Motorola PowerPC 7410
Text: M P C 74 5 0 High Performance, Low-Power 32-Bit PowerPC RISC Microprocessor The MPC7450 PowerPC microprocessor MPC7450 is software-compatible with is a high-performance, low-power, 32-bit existing PowerPC 603e, 750, 7400 and implementation of the PowerPC RISC
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32-Bit
MPC7450
32-bit
128-bit
MPC7450FACT/D
drystone
Motorola PowerPC 7410
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MPC7448
Abstract: MPC7447 MPC7448 MPC7447 MPC7447A sfx2
Text: High-Performance Processors MPC7448 Host Processor Built on Power Architecture Technology The MPC7448 is the first discrete MPC7448 Block Diagram high-performance processor, built on Power Architecture™ technology, manufactured on 90 nanometer silicon-on-insulator SOI
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MPC7448
MPC7448
MPC7448FS
MPC7447 MPC7448
MPC7447
MPC7447A
sfx2
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250 mhz IBM PowerPC Processor
Abstract: IBM powerpc
Text: High performance, low power consumption PowerPC 750 Microprocessors Highlights IBM Microelectronics’ family of highperformance PowerPC 750 microprocessors now includes new copper-based 300 MHz-500 MHz processors that deliver significantly higher clock speeds and lower power
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750TM
Hz-500
32-bit
250 mhz IBM PowerPC Processor
IBM powerpc
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AMD 705
Abstract: RISC86 CGF321 AMD Processor Power and Thermal x86-to-RISC86 AMD Socket 754 processor
Text: AMD-K6 E High-Performance, AMD-K6 Embedded Processor DISTINCTIVE CHARACTERISTICS • Advanced 6-Issue RISC86 Superscalar Microarchitecture – Seven parallel specialized execution units – Multiple sophisticated x86-to-RISC86 instruction decoders ® – Advanced two-level branch prediction
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RISC86®
x86-to-RISC86
RISC86
754-Compatible
854-Compatible
64-Kbyte
32-Kbyte
AMD 705
CGF321
AMD Processor Power and Thermal
x86-to-RISC86
AMD Socket 754 processor
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AN2203
Abstract: MPC740 MPC7400 MPC7410 MPC7441 MPC745 MPC7450 MPC7451 MPC750 MPC755
Text: Freescale Semiconductor Application Note Document Number: AN2203 Rev. 2, 06/2007 MPC7450 RISC Microprocessor Family Software Optimization Guide This document provides information to programmers to write optimal code for the MPC750, MPC7400, and MPC7450 microprocessors that implement the PowerPC
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AN2203
MPC7450
MPC750,
MPC7400,
MPC7450,
AN2203
MPC740
MPC7400
MPC7410
MPC7441
MPC745
MPC7451
MPC750
MPC755
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Untitled
Abstract: No abstract text available
Text: Advance Information MPC7455EC/D Rev. 3, 8/2003 MPC7455 RISC Microprocessor Hardware Specifications This document is primarily concerned with the PowerPC MPC7455; however, unless otherwise noted, all information here also applies to the MPC7445. The MPC7455 and
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MPC7455EC/D
MPC7455
MPC7455;
MPC7445.
MPC7445
MPC7455.
MPC7450
MPC7400,
MPC7455EC/D
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7447
Abstract: No abstract text available
Text: Advance Information MPC7457EC/D Rev. 2, 7/2003 MPC7457 RISC Microprocessor Hardware Specifications This document is primarily concerned with the PowerPC MPC7457; however, unless otherwise noted, all information here also applies to the MPC7447. The MPC7457 and
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MPC7457EC/D
MPC7457
MPC7457;
MPC7447.
MPC7447
MPC7457.
MPC7450
MPC7455,
MPC7445,
7447
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Untitled
Abstract: No abstract text available
Text: REV. C UNLESS OTHERWISE NOTED PLOT SCALE: . 1 6 5 / DIMSCALE: .125 TOLERANCES ARE: ONE PLACE DECIMALS ± ,1 [2 .5 ] THREE PLACE DECIMALS ± TWO PLACE DECIMALS ± .0 1 [.3 ] FOUR PLACE DECIMALS ± . 0 0 1 5 [ . 0 3 B ] /C \ -N o OF POSITIONS x .1 0 0 [ 2 . 5 4 ] ± q
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PowerPC-620
Abstract: ppc620 powerPC 620
Text: S A14-2069-01 IBM Order Number MPC620/D (Motorola Order Number) 7/96 REV 1 Advance Information PowerPC 620 RISC Microprocessor Technical Summary • Part 1, “PowerPC 620 Microprocessor Overview,” provides a summary of 620 features. • Part 2, “PowerPC 620 Microprocessor Hardware Implementation,” provides
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A14-2069-01
MPC620/D
620TM
b3b724fi
PowerPC-620
ppc620
powerPC 620
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Untitled
Abstract: No abstract text available
Text: m /V E R E X PM200DSA120 Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 724 925-7272 IntG llifTIOd M odulG Single Phase IGBT Inverter Output 200 Amperes/1200 Volts ^ N 1. 2. 3. 4. 5. " DIA. V iZ y (4 TYP.) SIDE VN1 SNR CN1 VNC
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PM200DSA120
Amperes/1200
20kHz.
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150-12SE
Abstract: VIE150-12S FIB5 IXYS IGBT 3kv igbt inverter circuit for induction heating Induction Heating Resonant Inverter
Text: Mfc.fit.22b 0001027 3bS IX Y ISOSMART IG B T M o d u le s \ 1 nixYS 19 93IXYS Corporation IXYS Corporation iibflb22b 0DDlfl2B ST1 • IXY VIE 150-12SE ISOSMART™ Module Description of the ISOSMART™ Module The VIE150-12SE module, shown diagrammatically in Figure 1, is a 1200V, 150A, IGBT
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93IXYS
iibflb22b
150-12SE
VIE150-12SE
POB1180;
D68619
VIE150-12S
FIB5
IXYS IGBT 3kv
igbt inverter circuit for induction heating
Induction Heating Resonant Inverter
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Untitled
Abstract: No abstract text available
Text: MATING INTERFACE - REFERENCE ONLY J • - E to \ — j-m a b i« r x -14X0.501 I6ID15TOPBPat tp WH.WBPBCATBASE ■ \ % llll X |894 14X040 ffi6B igj|ClAT TIP t HW010IOH L d f e r r Q u , im “ to I SECTBN X-X \n H 1 1 in in f r j m \\\ 1 xsi!I ! j j j
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74-BA
NAX-12S
474-BA
RUSTRM74-M
MINI50
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Untitled
Abstract: No abstract text available
Text: A I R C H I L D Revised March 1999 S E M I C D N D U C T D R tm NC7S08 TinyLogic HS 2-Input AND Gate Features • S pace saving SO T23 o rS C 7 0 5-lead package AND Gate. Advanced Silicon Gate C M OS fabrication assures high speed and low pow er circuit operation over a
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NC7S08
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Untitled
Abstract: No abstract text available
Text: A I R C H I L D Revised April 1999 S E M IC D N D U C T O R tm NC7SZ86 TinyLogic UHS 2-Input Exclusive-OR Gate Features • S pace saving SO T23 or SC70 5-lead package operating range. T h e device is specified to operate over the 1.8V to 5.5V V qq range. The inputs and output are high
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NC7SZ86
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7S08
Abstract: NC7S08M5 MA05B MO-178 NC7S08 NC7S08M5X NC7S08P5 NC7S08P5X jedec MO-178 AB
Text: S E M I C O N D U C T O R O ctober 1995 Revised M arch 1999 TM NC7S08 TinyLogic HS 2-Input AND Gate Features • S pace saving SO T23 or SC 70 5-lead package ■ High Speed; tpQ 3.5 ns typ ■ Low Q uiescent Power; Iqq < 1 ^A both inputs and output with respect to th e V qq and GND
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NC7S08
NC7S08
7S08
NC7S08M5
MA05B
MO-178
NC7S08M5X
NC7S08P5
NC7S08P5X
jedec MO-178 AB
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