AN258
Abstract: AN265 AN273 EP9301
Text: Errata: EP9301 - Silicon revision: E1 Reference EP9301 Data Sheet revision DS636PP5 dated March 2005. Determining the Silicon Revision of the Integrated Circuit On the front of the integrated circuit, directly under the part number, is an alpha-numeric line. Characters 5
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EP9301
DS636PP5
EFWAE1AM0340
AN273,
EP93xx
AC97TXCRx
ER636E1REV2
AN258,
AN258
AN265
AN273
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0x00000378
Abstract: 0x0000043C
Text: - DISCONTINUED PRODUCT XPS FlexRay Controller v1.00a DS636 October 30, 2007 Product Specification Introduction LogiCORE Facts The Xilinx FlexRay LogiCORE product specification defines the architecture and features of the Xilinx FlexRay controller. This document also defines the
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DS636
128-bit
0x00000378
0x0000043C
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AN258
Abstract: AN265 AN273 EP9301 Double Data Rate SDRAM Memory Controller
Text: Errata: EP9301 - Silicon revision: E0 Reference EP9301 Data Sheet revision DS636PP5 dated March 2005. Determining the Silicon Revision of the Integrated Circuit On the front of the integrated circuit, directly under the part number, is an alpha-numeric line. Characters 5
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EP9301
DS636PP5
EFWAE0AM0340
AN273,
EP93xx
AC97TXCRx
ER636E0
AN258
AN265
AN273
Double Data Rate SDRAM Memory Controller
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AN258
Abstract: AN265 AN273 EP9301
Text: Errata: EP9301 - Silicon Revision: E2 Reference EP9301 Data Sheet revision DS636PP5 dated March 2005. Determining the Silicon Revision of the Integrated Circuit On the front of the integrated circuit, directly under the part number, is an alpha-numeric line. Characters 5
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EP9301
DS636PP5
EFWAE2AM0340
AN273,
EP93xx
AN273REV3)
AC97TXCRx
AN258
AN265
AN273
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hdlc
Abstract: EP9301 DS636PP1
Text: 1/29/04 Errata: EP9301 Reference EP9301 Data Sheet revision DS636PP1 dated January 04 Ethernet Description 1 The Ethernet controller does not correctly receive frames that have a size of 64 bytes. Workaround In order to receive frames of 64 bytes, enable the RCRCA bit in RxCTL. This will allow the Ethernet
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EP9301
EP9301
DS636PP1
Jan-04
ER636C1
hdlc
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vfd CONTROL circuit diagram
Abstract: 616A TRANSISTOR 74123 Diagram EP9315 EP93XX ds653pp3 transistor said horizontal tt 2222 AP 1531 MRC D17 tx0101
Text: EP93XX ARM 9 Embedded Processor Family EP93xx Use r ’s Gu id e Copyright 2007 Cirrus Logic, Inc. http://www.cirrus.com SEP 2007 DS785UM1 EP93xx User’s Guide Contacting Cirrus Logic Support For all product questions and inquiries contact a Cirrus Logic Sales Representative.
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EP93XX
DS785UM1
EP93xx
VICxVectCntl11,
VICxVectCntl12,
VICxVectCntl13,
VICxVectCntl14,
VICxVectCntl15
vfd CONTROL circuit diagram
616A TRANSISTOR
74123 Diagram
EP9315
ds653pp3
transistor said horizontal tt 2222
AP 1531
MRC D17
tx0101
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XAPP1055
Abstract: UART16550 flexray PROTOCOL microblaze XA3S1600E X300 bus guardian configuration registers of flexray c automotive ecu UART-16 3S1600E
Text: Application Note: Reference System - XPS FlexRay Controller Reference System: FlexRay Using the XA Automotive ECU Development Kit R XAPP1055 v1.0 April 25, 2008 Abstract This application note describes a reference system that tests the operation of the Xilinx
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XAPP1055
XA3S1600E
XAPP1055
UART16550
flexray PROTOCOL
microblaze
X300
bus guardian configuration registers of flexray c
automotive ecu
UART-16
3S1600E
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common features of ARM9
Abstract: arm9 architecture EP9301 CQ 1.000 crystal oscillator via cpu pin assignment for jtag ARM9 arm9 block diagram 61A8 ARM9 datasheet arm9 pinout
Text: EP9301 Data Sheet FEATURES • • • • • Entry Level ARM9 Systemon-Chip Processor 166 MHz ARM920T Processor • 16 Kbyte Instruction Cache • 16 Kbyte Data Cache Linux , Microsoft® Windows® CE enabled MMU 66 MHz System Bus MaverickKey IDs • 32-bit unique ID can be used for DRM compliance
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EP9301
ARM920T
32-bit
128-bit
16-bit
DS636PP4
common features of ARM9
arm9 architecture
CQ 1.000 crystal oscillator
via cpu pin assignment for jtag
ARM9
arm9 block diagram
61A8
ARM9 datasheet
arm9 pinout
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AC97
Abstract: ARM920T EP9301 EP9301-CQ EP9301-CQZ AD-1494 USB_M
Text: EP9301 Data Sheet FEATURES • • • • Linux , Microsoft® Windows® CE enabled MMU 66 MHz System Bus MaverickKey IDs • 32-bit unique ID can be used for DRM compliance 128-bit random ID Integrated Peripheral Interfaces • 16-bit SDRAM Interface up to 4 banks
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EP9301
32-bit
128-bit
16-bit
DS636PP2
EP9301
EP9301-CQ
AC97
ARM920T
EP9301-CQ
EP9301-CQZ
AD-1494
USB_M
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Untitled
Abstract: No abstract text available
Text: EP9301 Data Sheet FEATURES • • • • • Entry Level ARM9 Systemon-Chip Processor 166 MHz ARM920T Processor • 16 Kbyte Instruction Cache • 16 Kbyte Data Cache Linux , Microsoft® Windows® CE enabled MMU 66 MHz System Bus MaverickKey IDs • 32-bit unique ID can be used for DRM compliance
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EP9301
ARM920T
32-bit
128-bit
16-bit
EP9301-CQ
EP9301-CQZ
EP9301-IQ
EP9301-IQZ
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ARM9
Abstract: DS636PP5 arm9 architecture 61A8 AC97 ARM920T EP9301 EP9301-CQ EP9301-CQZ EP9301-IQ
Text: EP9301 Data Sheet FEATURES • • • • • Entry-level ARM9 System-on-chip Processor 166-MHz ARM920T Processor • 16-kbyte Instruction Cache • 16-kbyte Data Cache Linux , Microsoft® Windows® CE, enabled MMU 66-MHz System Bus MaverickKey IDs • 32-bit unique ID can be used for DRM-compliant,
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EP9301
166-MHz
ARM920T
16-kbyte
66-MHz
32-bit
128-bit
16-bit
ARM9
DS636PP5
arm9 architecture
61A8
AC97
EP9301-CQ
EP9301-CQZ
EP9301-IQ
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Untitled
Abstract: No abstract text available
Text: P/N: B-1x/1x-1250C-F DFB -SSCx-G5 1.25 Gbps bi-directional SC Receptacle Single Fiber Transceiver Features z z z z z z z z z z Single Mode Single Fiber 2x5 SFF SC Receptacle connector Gigabit Ethernet Compliant Single +3.3V Power Supply Tx 1310nm/Rx 1550 nm
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B-1x/1x-1250C-F
1310nm/Rx
B-13/15-1250C-F
1550nm/Rx
B-15/13-1250C-F
IEC-825
DS-6363
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common features of ARM9
Abstract: arm9 architecture arm9 pinout arm9 processor architecture EP9301 16-Bit Priority Encoder using two copies of 8 bit ARM9 ARM9 PROCESSOR ARM9 processor based Circuit Diagram arm9 processor datasheet
Text: EP9301 Data Sheet FEATURES • • • • Linux , Microsoft® Windows® CE, enabled MMU 66-MHz System Bus MaverickKey IDs • 32-bit unique ID can be used for DRM-compliant, 128-bit random ID. Integrated Peripheral Interfaces • 16-bit SDRAM Interface up to 4 banks
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EP9301
66-MHz
32-bit
128-bit
16-bit
DS636F2
common features of ARM9
arm9 architecture
arm9 pinout
arm9 processor architecture
16-Bit Priority Encoder using two copies of 8 bit
ARM9
ARM9 PROCESSOR
ARM9 processor based Circuit Diagram
arm9 processor datasheet
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D6365A-11
Abstract: D6305B D6375A D0000-36B block diagram of answering machine MD813
Text: D6365A DSP CROUP. INC All Digital A nsw ering M achine w ith T rue FU LL Duplex SpeakerPhone GENERAL DESCRIPTION The D6365A chip is a digital speech/signal processing subsystem that implements all functions o f TRUESPEECH speech compression and voice prompts, telephone line signal processing, memory management, FLEXISPEECH™, and
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D6365A
D6365A-11
D6365A-11
MDB15
MDB14
MD813
MDB12
M0B11
MDB10
D6305B
D6375A
D0000-36B
block diagram of answering machine
MD813
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