MPC860
Abstract: No abstract text available
Text: 2/98 Application Note MPC8xx True Little-Endian Mode The MPC8xx implements three endian modes: • Big-Endian BE —useful in big-endian systems • True little-endian (TLE)—useful in little-endian systems • PowerPC little-endian (LE)—used in systems where compatibility with 60x
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Telefunken
Abstract: dark detector alarm using 555 timer BLOCK DIAGRAM MPC801 MPC821 MPC823 MPC860SAR MPC860T MPC850 MPC860 KYOCERA 50Mhz oscillator
Text: MPC8xxFADS User’s Manual 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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37-pin
Telefunken
dark detector alarm using 555 timer BLOCK DIAGRAM
MPC801
MPC821
MPC823
MPC860SAR
MPC860T
MPC850
MPC860
KYOCERA 50Mhz oscillator
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ATM25
Abstract: CRC10 CRC32 MPC850 MPC850SAR MPC860 MPC860SAR
Text: Rev. 1.0 9/98 MPC8xx ATM Supplement to the MPC860/MPC850 PowerQUICC User’s Manual Motorola Inc. 1998. All rights reserved. Portions hereof © International Business Machines Corp. 1991–1998. All rights reserved. This document contains information on a new product under development. Motorola reserves the right to change or discontinue this product without notice.
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MPC860/MPC850
ATM25
CRC10
CRC32
MPC850
MPC850SAR
MPC860
MPC860SAR
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lg r40 MOTHERBOARD CIRCUIT diagram
Abstract: MPC801 MPC821 MPC823 MPC850 MPC860 MPC860SAR MPC860T MPC813 3Cs 6 PIN SMD CHIP
Text: MPC8xxFADS User’s Manual 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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37-pin
lg r40 MOTHERBOARD CIRCUIT diagram
MPC801
MPC821
MPC823
MPC850
MPC860
MPC860SAR
MPC860T
MPC813
3Cs 6 PIN SMD CHIP
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0C00
Abstract: 1C00 MPC860
Text: SIU Interrupt Controller SIU Interrupt Controller 11 - 1 SIU Interrupts SWT IREQ[0:7] Edge/ Level DEC NMI GEN IRQ 0 NMI DEC Level 7 TB Level 6 PIT Level5 Level 4 RTC S I U I N T Level 3 PCMCIA Level 2 Level 1 Level 0 MPC8xx CORE IREQ • SIU Receives an interrupt
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0xFFF00000)
0C00
1C00
MPC860
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Untitled
Abstract: No abstract text available
Text: Freescale Semiconductor, Inc. Advance Information MPC8245RZUPNS/D Rev. 0, 3/2002 MPC8245 Part Number Specification for the XPC8245RZUnnnx Series Freescale Semiconductor, Inc. G:\NCSG\CPD\Apps Docs\PowerPC Documents\MPC8xxx_107\Hardware Specs\8241_45 HW Specs\Part Number Spec\8245\MP8245RZUPNS.fm
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MPC8245RZUPNS/D
MPC8245
XPC8245RZUnnnx
107\Hardware
Specs\8241
Spec\8245\MP8245RZUPNS
XPC8245RZU400B
MPC8245EC/D)
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freescale JTAG header 14
Abstract: MPC8xx pin MPC860 diode DSDI 9
Text: Freescale Semiconductor Application Note AN2387/D Rev. 0, 11/2002 Freescale Semiconductor, Inc. MPC8xx Using BDM and JTAG Robert McEwan NCSD Applications East Kilbride, Scotland As the technical complexity of microprocessors has increased, so too has the need for
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AN2387/D
freescale JTAG header 14
MPC8xx pin
MPC860
diode DSDI 9
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video transceiver
Abstract: RJ45 datasheet 8P8C DALE SOMC1603 27Mhz tranceiver of 6 channel datasheet ba24 ethernet RJ45 receptacle somc1603 MPC801 D1639 MPC823
Text: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. 10/97 MPC8XXFADS Design Specification—Rev 0.1 PRELIMINARY For More Information On This Product, Go to: www.freescale.com Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee
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MT48LC16M16A2 rev B
Abstract: mclf MPC8XX MT48LC8M16A2 MT48LC MPC8xx pin MT48LC8M16A2TG-75 mpc860 users manual "mpc860 users manual" *48lc16m16a2
Text: TN-48-12 Interfacing with Motorola’s MPC8XX TECHNICAL NOTE INTERFACING SDRAM DEVICES WITH MOTOROLA’S MPC8XX The addressing for the MCP8xx uses A0 as the Most Significant Bit MSB , while the MSB for the SDRAM are the bank address lines BA1 and BA0 followed by A11.
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TN-48-12
32-bit
16-bit
MT48LC8M16A2
MPC860
TN4812
MT48LC16M16A2 rev B
mclf
MPC8XX
MT48LC
MPC8xx pin
MT48LC8M16A2TG-75
mpc860 users manual
"mpc860 users manual"
*48lc16m16a2
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visionice
Abstract: AN2048 MPC860 hard reset
Text: Freescale Semiconductor, Inc. Application Note AN2048 Emulator Considerations When Designing with the MPC8xx NCSD Applications Motorola, Austin, Texas Introduction When attaching an emulator to the MPC8xx, some emulator specific considerations are called for. These can in some cases be generic recommendations, but in certain cases will
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AN2048
visionice
AN2048
MPC860
hard reset
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APC SERVICE MANUAL
Abstract: ATM25 MPC860 MPC860SAR MPC862
Text: Rev 0.0 Technical Bulletin Design Considerations / Differences of MPC862SAR Nigel Dick / European FAE Team Netcomm Applications Motorola, East Kilbride, Scotland Section 1.0 Introduction The MPC860SAR and MPC862SAR are both members of the MPC8xx PowerQUICC family. In addition to the
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MPC862SAR
MPC860SAR
MPC862SAR
MPC860MH
APC SERVICE MANUAL
ATM25
MPC860
MPC862
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3bs02
Abstract: SDRAM switch MRS pq32 fast page mode dram controller M116S163AST10 MPC860 PQ-12 PQ-31 PQ-33
Text: MOTOROLA SEMICONDUCTOR DESIGN CONCEPT DC-4/4/97 - REV 0.2 MPC8xx SDRAM Interface Gordon Lawton Motorola Ltd., East Kilbride, Scotland Introduction Column Decoder Clock Buffer CLKEN CS WE PR A10 A0-A9 BS BANK 0 2048 x 256 x 16 Sense Amplifier Data Control
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DC--4/4/97
DQ0-15
PQ-33
PQ-32
PQ-31
PQ-11
PQ-12
3bs02
SDRAM
switch MRS
pq32
fast page mode dram controller
M116S163AST10
MPC860
PQ-12
PQ-31
PQ-33
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MT48LC2M8A1-8B
Abstract: 1F27FC04
Text: Freescale Semiconductor Application Note AN2066/D Rev. 1.5, 11/2001 MPC8xx SDRAM Interface Freescale Semiconductor, Inc. Heinz Wrobel Freescale GmbH, Munich Janet Snyder NCSD Applications, Austin Part I Introduction In the long term, Synchronous DRAMs SDRAM offer system designers at least two
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AN2066/D
MT48LC2M8A1-8B
1F27FC04
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MPC821
Abstract: MPC823 MPC850 MPC860
Text: CodeTEST Tools Application Note Using the CodeTEST Probe with FreescaleTM MPC8xx Processors This document describes the requirements for connecting the CodeTEST Probe to MPC8xx processors. Purpose This document supplements the Setup and Installation Guide for the CodeTEST Probe, which
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MPC860,
MPC850,
MPC823,
MPC821
Mictor-38
64-bit
32-bit
MPC823
MPC850
MPC860
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master ATM controller
Abstract: ATM25 CRC10 CRC32 MPC850 MPC850SAR MPC860 MPC860SAR
Text: Rev. 1.4 09/99 MPC8xx ATM Supplement to the MPC860/MPC850 PowerQUICC User’s Manual Motorola Inc. 1998. All rights reserved. Portions hereof © International Business Machines Corp. 1991–1998. All rights reserved. This document contains information on a new product under development. Motorola reserves the right to change or discontinue this product without notice.
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MPC860/MPC850
master ATM controller
ATM25
CRC10
CRC32
MPC850
MPC850SAR
MPC860
MPC860SAR
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MPC801
Abstract: MPC850 MPC850SAR MPC860 MPC860SAR MPC860T
Text: SECTION 1 MPC8XX PERFORMANCE DRIVEN OPTIMIZATION OF CACHES AND MMUS CONFIGURATION This application note describes how to take full advantage of the MPC8XX caches and MMUs features in order to maximize the system performance. As an aid in the performance optimization process some simple means of measuring the system performance are provided.
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MC68360
Abstract: MC68MH360 MPC860
Text: Application Note AN2289/D Rev. 0, 6/2002 MPC8xx QMC Usage Advisory Heinz Wrobel Motorola GmbH, Munich Part I Introduction QUICC multichannel controller QMC , support in some of the MPC8xx family members is quite powerful. However, there are a few issues in setting up a working and stable QMC setup
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AN2289/D
MC68360
MPC860
MC68MH360UM/D)
MC68MH360
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visionice
Abstract: 10 pin FRC connector AN2048 MPC860 DSDI 20-01 b superTAP SIUMCR
Text: 07/99 Application Note AN2048 Emulator Considerations When Designing with the MPC8xx NCSD Applications Motorola, Austin, Texas When attaching an emulator to the MPC8xx, some emulator specific considerations are called for. These can in some cases be generic recommendations, but in certain cases will
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AN2048
visionice
10 pin FRC connector
AN2048
MPC860
DSDI 20-01 b
superTAP
SIUMCR
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0x00000118
Abstract: MPC860
Text: 2/98 Application Note MPC8xx True Little-Endian Mode The MPC8xx implements three endian modes: • Big-Endian BE —useful in big-endian systems • True little-endian (TLE)—useful in little-endian systems • Modified little-endian (LE)—used in systems where compatibility with 60x
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PQ-33
Abstract: PQ-12 PQ-31 E1BBBC04
Text: MOTOROLA SEMICONDUCTOR DESIGN CONCEPT DC-11/10/98 - REV 1.0 MPC8xx SDRAM Interface Heinz Wrobel Motorola GmbH, Munich Janet Snyder, Spencer Jackson Motorola NetComm, Austin Gordon Lawton Motorola Ltd., East Kilbride 1. Introduction In the long term, Synchronous DRAMs SDRAM offer system designers at least two advantages over
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DC--11/10/98
PQ-33
PQ-12
PQ-31
E1BBBC04
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visionice
Abstract: visionice powerpc 10 PIN FRC CONNECTOR MPC860
Text: 07/99 Application Note Emulator Considerations When Designing with the MPC8xx Netcomm Applications Motorola, Austin, Texas When attaching an emulator to the MPC8xx, some emulator specific considerations are called for. These can in some cases be generic recommendations, but in certain cases will
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MPC8xx QMC SMC microcode
Abstract: MPC855TTS 855T CRC10 CRC32 MC68360 MC68MH360 MPC855T MPC860 MPC860T
Text: Advance Information MPC855TTS/D Rev. 0.1, 11/2001 MPC855T Communications Controller Technical Summary The MPC855T communications controller is a member of the MPC8xx family targeted at cost sensitive general purpose networking controller applications. The MPC855T can be used in a
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MPC855TTS/D
MPC855T
MPC8xx QMC SMC microcode
MPC855TTS
855T
CRC10
CRC32
MC68360
MC68MH360
MPC860
MPC860T
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Untitled
Abstract: No abstract text available
Text: 0.1 MPC8XX I2C/SPI MICROCODE PACKAGE SPECIFICATIONS The modified I2C/SPI programming model allows concurrent operation of Ethernet and I2C or SPI by solving the parameter ram conflict caused by the fact that some of the Ethernet parameters overlay the I2C/SPI parameters. This is done by mapping the I2C/SPI parameters to other dual ported RAM area relocatable parameter ram .
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0x2202000
0x22021ff)
0x2202f00
0x2202fff)
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XPC855TZP80
Abstract: ATM machine using microcontroller Diode Marking ZP Motorola MPC8xx QMC SMC microcode QMC for MPC850 855T CRC10 CRC32 MC68360 MPC855T
Text: MPC855T/D 8/2000 Advance Information MPC855T Communications Controller Technical Summary AR Y The MPC855T communications controller is a member of the MPC8xx family targeted at cost sensitive general purpose networking controller applications. The MPC855T can be used in a variety of controller
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MPC855T/D
MPC855T
MPC855T
XPC855TZP80
ATM machine using microcontroller
Diode Marking ZP Motorola
MPC8xx QMC SMC microcode
QMC for MPC850
855T
CRC10
CRC32
MC68360
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