motorola VME 68030
Abstract: MVME147S 545-WIND
Text: VXIcpu-030 Embedded Real-Time VXIbus Computer VXIcpu-030 Complete VXI Slot 0 and Resource Manager functionality C-size, occupies one VXI slot Integrated GPIB, Ethernet, SCSI, and serial ports Optional internal hard disk drive Optional SPP Centronics port or
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VXIcpu-030
NI-488
VXIcpu-030
MVME147S
545-WIND
motorola VME 68030
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MVME147S
Abstract: Centronics drivers mvme147 MVME
Text: Embedded Real-Time VXIbus Computer VXIcpu-030 VXIcpu-030 Features Complete VXI Slot 0 and Resource Manager functionality C-size, occupies one VXI slot Integrated GPIB, Ethernet, SCSI, and serial ports Optional internal hard disk drive Optional SPP Centronics port or 8
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VXIcpu-030
VXIcpu-030
MVME147S
545-WIND
MVME147S
Centronics drivers
mvme147
MVME
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VIC64
Abstract: VME bus 68040 Motorola 68040 VIC068A user guide 74FCT16245T CY7C335 CY7C964 VIC068A motorola VME 68030 vme bus specification vhdl
Text: VIC64 to Motorola 68040 Interface Purpose the VIC64 from the 68040 internal cache. Thus, whenever the VIC64 were to act as master on the This application note shows how the VIC64 can be bus, the 68040 would never need to respond to a interfaced to a Motorola 68040 microprocessor opĆ
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VIC64
68040based
VIC64.
VME bus 68040
Motorola 68040
VIC068A user guide
74FCT16245T
CY7C335
CY7C964
VIC068A
motorola VME 68030
vme bus specification vhdl
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VIC068A user guide
Abstract: 3XXXXX A3MA motorola full line vme 68030
Text: VIC64 to Motorola 68040 Interface Purpose This application note shows how the VIC64 can be interfaced to a Motorola 68040 microprocessor operating at 40 MHz. The issues and assumptions that go into designing such an interface are considerable and complex; thus, this application
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VIC64
68040-based
VIC068A user guide
3XXXXX
A3MA
motorola full line vme 68030
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VIC068A user guide
Abstract: Motorola 68040 CY7C335 VIC64 74FCT16245T CY7C964 PALC22V10D VIC068A 68040
Text: fax id: 5711 VIC64 to Motorola 68040 Interface Purpose This application note shows how the VIC64 can be interfaced to a Motorola 68040 microprocessor operating at 40 MHz. The issues and assumptions that go into designing such an interface are considerable and complex; thus, this application
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VIC64
68040-based
VIC64)
VIC068A user guide
Motorola 68040
CY7C335
74FCT16245T
CY7C964
PALC22V10D
VIC068A
68040
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Untitled
Abstract: No abstract text available
Text: SCV64 User Manual http://www.silicon360.com The information in this document is subject to change without notice and should not be construed as a commitment by Silicon360. While reasonable precautions have been taken, Silicon360 assumes no responsibility for any errors that may appear in this document.
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SCV64â
silicon360
SCV64
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The VMEbus Handbook, Fourth Ed
Abstract: t428 motorola vme 68040 image processing board tundra scv64 MCR t410 SCV64 B14A equivalent kds 6k 24. 576 t428 t430 transistor
Text: SCV64 User Manual http://www.tundra.com The information in this document is subject to change without notice and should not be construed as a commitment by Tundra Semiconductor Corporation. While reasonable precautions have been taken, Tundra Semiconductor Corporation assumes no responsibility for any errors that may appear in this document.
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SCV64TM
SCV64
The VMEbus Handbook, Fourth Ed
t428 motorola
vme 68040 image processing board
tundra scv64
MCR t410
B14A equivalent
kds 6k 24. 576
t428
t430 transistor
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VIC068A
Abstract: VAC068A VIC068A user guide
Text: 5.3 VAC068A Overview 5.3.1 Applications The VAC068A is a complementary chip to Cypress’s VIC068A VMEbus Interface Controller. As the VAC068A is intended to work exclusively with the VIC068A, the user should be familiar with VIC068A operation. Section 1 of this book must be used in conjunction with the VAC068A
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VAC068A
VIC068A
VIC068A,
VAC068A
VIC068A user guide
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VIC068A
Abstract: AC068A VAC068A vac068a Overview
Text: 5.3 VAC068A Overview 5.3.1 Applications The VAC068A is a complementary chip to Cypress's VIC068A VMEbus Interface ControlĆ ler. As the VAC068A is intended to work exclusively with the VIC068A, the user should be familiar with VIC068A operation. Section 1 of this book must be used in conjunction with
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VAC068A
AC068A
VIC068A
VIC068A,
vac068a Overview
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motorola 68020 instruction set
Abstract: motorola 68020 manual XCF5102 68EC030 motorola 68EC030 ColdFire v5 MCF5267 MC680X0 motorola coldfire family dhrystone 68020
Text: ColdFire Title Slide TM ▼ Family of Advanced Consumer Electronics Microprocessors Ð Optimized for cost sensitive embedded control apps ▼ Based on state-of-the-art Variable-Length-RISC Technology Ð Reduces system costs / needs less memory µ MOTOROLA
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32-bit
MC680x0
MPC60x
32-bit
MC683xx
680x0
MCF5204
MCF5204UM/AD
MCF5204/D
motorola 68020 instruction set
motorola 68020 manual
XCF5102
68EC030 motorola
68EC030
ColdFire v5
MCF5267
MC680X0
motorola coldfire family
dhrystone 68020
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winbond bios
Abstract: PA-8900 jaguar cub cds viper 32 adapter battery hp 19V a1659a itanium merced broadcom mips HPIB CONTROLLER hp laptop battery pinout
Text: OpenPA second edition Paul Weissmann Berlin This document and its content are Copyright 1999-2009 Paul Weissmann, Berlin, Germany, unless otherwise noted. No parts of this document may be reproduced or copied without prior written permission. Commercial use of the content is prohibited.
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infor38
V2200
V2250
V2500
V2600
SPP1000/XA
SPP1200/XA
SPP1600/CD
SPP2000
zx2000
winbond bios
PA-8900
jaguar cub cds
viper 32
adapter battery hp 19V
a1659a
itanium merced
broadcom mips
HPIB CONTROLLER
hp laptop battery pinout
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ColdFire v5
Abstract: asm68k 68ec040 XC68307 MCF5206EFT54 xcf5307 MCF5206FT33 0A31 DIAB data MCF5307FT90
Text: R -1- Why ColdFire ? -2- Complementing Embedded 32-bit Architectures Value in Performance •Highest performance 32-bit RISC architecture •Desktop software compatibility •Full computer architecture •Optimized for high-performance embedded applications
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32-bit
16-bit
MC680xl
ColdFire v5
asm68k
68ec040
XC68307
MCF5206EFT54
xcf5307
MCF5206FT33
0A31
DIAB data
MCF5307FT90
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MC681
Abstract: MC68150 MC68150FN33 MC74F245 MC68040 MC68150FN40 PD23-PD16 MC68150/D
Text: — MOTOROLA” SEMICONDUCTOR TECHNICAL Order this document by MC68150/D DATA’ 32=Bit to 32/16/8=Bit Dynamic READMRITE Bus Sizer I The MC68150 Dynamic Bus Sizer is desianed to allow the 32-bit MC68/LC/EC040 bus, or other 16-to 32-bit processors, to communicate
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MC68150/D
MC68150
32-bit
MC68/LC/EC040
16-to
32-bit
68/EC040
MC681
40MHz.
MK145BP,
MC68150FN33
MC74F245
MC68040
MC68150FN40
PD23-PD16
MC68150/D
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ds5 2502
Abstract: PA010 PA0009 PD23-PD16 MC68150FN33
Text: MOTOROLA Freescale Semiconductor, Inc. Order this document by MC68150/D SEMICONDUCTOR TECHNICAL DATA Freescale Semiconductor, Inc. 32ĆBit to 32/16/8ĆBit Dynamic READ/WRITE Bus Sizer The MC68150 Dynamic Bus Sizer is designed to allow the 32-bit MC68/LC/EC040 bus, or other 16- to 32-bit processors, to communicate
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MC68150/D
32Bit
32/16/8Bit
MC68150
32-bit
MC68/LC/EC040
68/EC040
MC68150.
25/33MHz
ds5 2502
PA010
PA0009
PD23-PD16
MC68150FN33
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PROCESSOR
Abstract: intel 8086 16-bit hmos microprocessor datasheet xcf5206 interfacing STEPPER MOTOR with 8086 microprocessor XCF5102 XC68060 XC68040 FSRAMS-MCM6226 motorola 68000 architecture XC68EN302
Text: 68K and ColdFire Product Portfolio Overview 3Q97 Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does Motorola assume any liability arising out of the application or use of any product or circuit, and
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DSP56005ADPTR
HP700
DSP56002ADSx
DSP56004ADSx
DSP56004AIB
PROCESSOR
intel 8086 16-bit hmos microprocessor datasheet
xcf5206
interfacing STEPPER MOTOR with 8086 microprocessor
XCF5102
XC68060
XC68040
FSRAMS-MCM6226
motorola 68000 architecture
XC68EN302
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tundra scv64
Abstract: No abstract text available
Text: Table of Contents 1 General Information. 1-1 1.1 Introduction. 1-1 1.2
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SCV64
tundra scv64
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CA91C078
Abstract: xod8 Q00h SCV-64
Text: O p e n b u s In t e r fa c e C o m p o n e n t s SCV64 User Manual Issue 1 * / bSflfllDl 0 0 0 2 4 0 0 134 T he inform ation in this docum ent is subject to change w ithout notice and should not be construed as a com m itm ent by N ew bridge M icrosystem s. W hile reasonable precautions have been taken, Newbridge
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SCV64
288-pin
fll01
CA91C078-X
CA91C078
CA91C078
xod8
Q00h
SCV-64
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Untitled
Abstract: No abstract text available
Text: CA91C015 VMEbus DATA ADDRESS REGISTER FILE DARF Complete VMEbus address and data interface, except buffers Decoupling of CPU and VMEbus Sustained 25-30 Megabyte/second VMEbus transferrate Selectable atomic or decoupled mode Programmable A32 and A24 slave image bases
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CA91C015
31-longword
CA91C015
CA91C014
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D16 lm s2
Abstract: No abstract text available
Text: TM Œ U FEBRUARY 1990 CA91C015 Ïk VMEbus DATA ADDRESS REGISTER FILE DARF Complete VMEbus address and data Interface, except buffers Decoupling of CPU and VMEbus Sustained 25-30 Megabyte/second VMEbus transfer rate Selectable atomic or decoupled mode Programmable A32 and A24 slave Image bases
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CA91C015
31-longword
CA91C015
CA91C014
D16 lm s2
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DDA010
Abstract: H17j KDS 1M
Text: NEWBRIDGE MICROSYSTEMS SSE D • bSäfllOl 0 D G 0 7 3 1 3 ■ CA91C015 VMEbus DATA ADDRESS REGISTER FILE DARF T -5 2 -3 3 -S 5 Complete VMEbus address and data Interface, exeept buffers Decoupling of CPU and VMEbus Sustained 25-30 Megabyte/second VMEbus
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CA91C015
31-longword
CA91C015
CA91C014
DDA010
H17j
KDS 1M
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VAM-03
Abstract: DDA010 VAM03 TL31 LA 4108 KDS 5.000 VAM02 ka bs 89 TL46 WO 8 94 00 KDS 8.000
Text: NEWBRIDGE MICROSYSTEMS SSE D • bSäfllOl 0 D G 0 7 3 1 3 ■ CA91C015 VMEbus DATA ADDRESS REGISTER FILE DARF T-52-33-S5 Complete VMEbus address and data Interface, exeept buffers Decoupling of CPU and VMEbus Sustained 25-30 Megabyte/second VMEbus transfer rate
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0DG0731
CA91C015
31-longword
T-5Z-33-S5
CA91C015
CA91C014
VAM-03
DDA010
VAM03
TL31
LA 4108
KDS 5.000
VAM02
ka bs 89
TL46 WO 8 94 00
KDS 8.000
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kds 4.000
Abstract: KDS 8.000 KDS 4.000 MHZ SR 7231 VAM03 VAM-03 KDS 40 Mhz clock A24D16 DMA24 VMEbus
Text: Üfc« FEBRUARY 1990 TM CA91C015 VMEbus DATA ADDRESS REGISTER FILE DARF Complete VMEbus address and data Interface, except buffers Decoupling of CPU and VMEbus Sustained 25-30 Megabyte/second VMEbus transfer rate Selectable atomic or decoupled mode Programmable A32 and A24 slave Image bases
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31-longword
CA91C015
CA91C014
kds 4.000
KDS 8.000
KDS 4.000 MHZ
SR 7231
VAM03
VAM-03
KDS 40 Mhz clock
A24D16
DMA24
VMEbus
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DS5 2502
Abstract: mc68150 motorola
Text: MOTOROLA ' • b3b?5Mñ DlRlhhl 227 ■ MOTI b^MCesiVo/?5^ 6* SEMICONDUCTOR TECHNICAL DATA 32-B it to 32/16/8-B it Dynam ic READ/WRITE Bus Sizer M C 68150 The MC68150 Dynamic Bus Sizer is designed to allow the 32-bit MC68/LC/EC040 bus, or other 16- to 32-bit processors, to communicate
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32/16/8-B
MC68150
32-bit
MC68/LC/EC040
68/EC040
MC68150.
25/33MHz
40MHz
40MHz
DS5 2502
mc68150 motorola
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DS5 2502
Abstract: VME bus 68040
Text: O rc'er t Y s c‘a*a sh e e t lay M C6815 1/1 MOTOROLA SEMICONDUCTOR TECHNICAL DATA 32-B it to 32/16/8-B it Dynam ic READ/WRITE Bus Sizer M C 68150 The MC68150 Dynamic Bus Sizer is designed to allow the 32-bit MC68/LC/EC040 bus, or other 16- to 32-bit processors, to communicate
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C6815
32/16/8-B
MC68150
32-bit
MC68/LC/EC040
68/EC040
MC68150.
25/33MHz
40MHz
DS5 2502
VME bus 68040
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