BA 3422S
Abstract: p832 C1995 DP83256 DP83256-AP DP83257 DP83261 DP83265A mip 290 DP83261AVF
Text: DP83261 BMAC TM Device FDDI Media Access Controller General Description Features The DP83261 BMAC device implements the Media Access Control (MAC) protocol for operation in an FDDI token ring The BMAC device provides a flexible interface to the BSI-2TM device The BMAC device offers the capabilities
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DP83261
BA 3422S
p832
C1995
DP83256
DP83256-AP
DP83257
DP83265A
mip 290
DP83261AVF
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00FF
Abstract: C1995 DP83261 DP83291EB DP8570A
Text: DP83291EB FDDI MAC Layer Evaluation Board General Description Features The DP83291EB FDDI MAC Layer Evaluation Board is a PC-AT compatible board that implements the MAC Layer functions of the FDDI standard The Board utilizes the National Semiconductor DP83261 BMACTM device along with
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DP83291EB
DP83291EB
DP83261
00FF
C1995
DP8570A
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DP83231
Abstract: C1995 DP83231AV DP83241 DP83251 DP83255 DP83261 DP83265 V28A carrier recovery
Text: DP83231 CRD TM Device FDDI Clock Recovery Device General Description Features The DP83231 CRD device is a clock recovery device that has been designed for use in 100 Mbps FDDI (Fiber Distributed Data Interface) networks The device receives serial data from a Fiber Optic Receiver in differential ECL NRZI
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DP83231
DP83251
28-pin
C1995
DP83231AV
DP83241
DP83255
DP83261
DP83265
V28A
carrier recovery
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XC68307
Abstract: toshiba Motherboards laptop layout MC68230P XC68834 B47K PPC860 XC68836 XC68040 XCF5102 XPC604
Text: High-Performance Internal Product Portfolio Overview Issue 10 Fourth Quarter, 1995 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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MOS11
MOS13
BR729/D,
XC68307
toshiba Motherboards laptop layout
MC68230P
XC68834
B47K
PPC860
XC68836
XC68040
XCF5102
XPC604
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PDF
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AN-740
Abstract: C1995 DP83261 DP83266 10B22
Text: National Semiconductor Application Note 740 David Brief February 1991 INTRODUCTION A natural application for FDDI is as the backbone LAN in large installations with several FDDI networks and many segmented lower speed LANs The interconnection of these networks is typically accomplished with MAC Layer Bridges
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DP83200
20-3A
AN-740
C1995
DP83261
DP83266
10B22
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pgm51
Abstract: D9PGM
Text: October 1994 DP83266 MACSI TM Device FDDI Media Access Controller and System Interface Y The DP83266 Media Access Controller and System Interface (MACSI) implements the ANSI X3T9 5 Standard Media Access Control (MAC) protocol for operation in an FDDI token ring and provides a comprehensive System Interface
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DP83266
DP83266VF
VUL160A
pgm51
D9PGM
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C1995
Abstract: DP83231 DP83241 DP83251 DP83255 DP83261 DP83265 DP8570A HPC46003 SB-116
Text: Adapter Card FDDI FDDI National Semiconductor System Brief 116 November 1990 Adapter Card TL F 11048 – 1 FIGURE 1 System Diagram of Adapter Cards Found in WS PCs and the Concentrator rectly to the system bus as a bus master with a peak bandwidth of 96 megabytes per second In this configuration the
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router
Abstract: DP83932 C1995 DP83255 DP83261 DP83265 NS32GX320 Sonic DP83932 sb115 multiple channel router
Text: Ethernet Router An FDDI An FDDI National Semiconductor System Brief 115 November 1990 Ethernet Router TL F 11047 – 1 FIGURE 1 A Router Configuration in a Typical Network SYSTEM DESCRIPTION and fragmentation error reporting address filtering and so on Such a software intensive application requires a highly
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NS32GX320
32-bit
GX320
router
DP83932
C1995
DP83255
DP83261
DP83265
Sonic DP83932
sb115
multiple channel router
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ring synchronous COUNTER
Abstract: AN-728 C1995 DP83251 DP83261
Text: 1 0 INTRODUCTION The National DP83200 FDDI Chip Set includes special features that aid in the management of an FDDI station as well as the management of an FDDI ring An attempt is made here to guide you through some of the details of Station Management SMT using National’s DP83200 FDDI Chip
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DP83200
20-3A
ring synchronous COUNTER
AN-728
C1995
DP83251
DP83261
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PDF
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DP83265AVF
Abstract: BSI 225 p832 C1995 DP83256 DP83256-AP DP83257 DP83261 DP83265 DP83265A
Text: November 1994 DP83265A BSI-2 TM Device FDDI System Interface General Description Features The DP83265A BSI-2 device implements an interface between the National FDDI BMACTM device and a host system It provides a multi-frame MAC-level interface to one or
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DP83265A
DP83265
32-bit
32-bit
DP83265AVF
BSI 225
p832
C1995
DP83256
DP83256-AP
DP83257
DP83261
DP83265
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PDF
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cwi 1011
Abstract: CNC5 C3210 CTSR "BIP 109" BIP-109 CBD3 LSC 132 C1995 DP83231
Text: DP83251 55 PLAYER TM Device FDDI Physical Layer Controller General Description Features The DP83251 DP83255 PLAYER device implements one Physical Layer (PHY) entity as defined by the Fiber Distributed Data Interface (FDDI) ANSI X3T9 5 Standard The PLAYER device contains NRZ NRZI and 4B 5B encoders and
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DP83251
DP83255
DP83m
cwi 1011
CNC5
C3210
CTSR
"BIP 109"
BIP-109
CBD3
LSC 132
C1995
DP83231
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PDF
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lem CTSR
Abstract: LBC5 cwi 1011
Text: DP83256,DP83257 DP83256 DP83257 PLAYER+ TM Device (FDDI Physical Layer Controller) Literature Number: SNOS673A October 1994 DP83256 56-AP 57 PLAYER a TM Device (FDDI Physical Layer Controller) The DP83256 56-AP 57 Enhanced Physical Layer Controller (PLAYER a device) implements one complete Physical
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DP83256
DP83257
DP83257
SNOS673A
56-AP
lem CTSR
LBC5
cwi 1011
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IC link
Abstract: pc diagnostic card C1995 DP83231 DP83241 DP83255 DP83261 DP83290EB DP83291EB block diagram of media player
Text: DP83290EB FDDI Physical Layer Evaluation Board 1 0 Introduction This document is intended to provide the user with an overview concerning the design operation and installation of the National Semiconductor DP83290EB FDDI Physical Layer Evaluation Board hereafter referred to as the Link
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DP83290EB
DP83290EB
IC link
pc diagnostic card
C1995
DP83231
DP83241
DP83255
DP83261
DP83291EB
block diagram of media player
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NE255
Abstract: 4-bit even parity checker circuit diagram 74 TTL PACKAGE OUTLINES cwi 1011 CTSR error monitor comparator multiplexer parity fiber optic FM Modulator p832 pin diagram of ic 741 state of the art
Text: October 1994 DP83256 56-AP 57 PLAYER a TM Device FDDI Physical Layer Controller Y General Description The DP83256 56-AP 57 Enhanced Physical Layer Controller (PLAYER a device) implements one complete Physical Layer (PHY) entity as defined by the Fiber Distributed Data
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DP83256
56-AP
NE255
4-bit even parity checker circuit diagram
74 TTL PACKAGE OUTLINES
cwi 1011
CTSR
error monitor comparator multiplexer parity
fiber optic FM Modulator
p832
pin diagram of ic 741
state of the art
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F100K ECL Users Handbook
Abstract: F100101 3R12E b2teq AN-674 C1995 DP83231 DP83241 DP83251 DP83261
Text: National Semiconductor Application Note 674 Bruce Wolfson January 1991 This application note covers basic PCB layout recommendations and design techniques for high speed signal distribution in National’s FDDI system Due to the high signal speeds in FDDI proper layout is critical Many digital designers are not aware of problems that can arise in a high speed
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20-3A
F100K ECL Users Handbook
F100101
3R12E
b2teq
AN-674
C1995
DP83231
DP83241
DP83251
DP83261
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741 LEM
Abstract: AN-741 C1995 DP83231 DP83241 DP83251 DP83255 DP83261 DP83265 NS32CG160
Text: National Semiconductor Application Note 741 David Brief Bob Hanrahan February 1991 INTRODUCTION The FDDI Standard offers a broad based set of capabilities that will allow it to become the standard high performance network of choice for the ’90s The FDDI Concentrator plays
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20-3A
741 LEM
AN-741
C1995
DP83231
DP83241
DP83251
DP83255
DP83261
DP83265
NS32CG160
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ic MIP 0254
Abstract: mip 0254 INF05 ibeacon PRC-112 diode fr 107 MRD148 DP83265A BV EI 480 1225 E043-1
Text: National Semiconductor DP83261 BMAC Device FDDI Media Access Controller General Description Features The DP83261 BMAC device implements the Media Access Control (MAC) protocol for operation in an FDDI token ring. The BMAC device provides a flexible interface to the
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DP83261
5442ADMQB
DM5442AJ
-525-O
16-Lead
DM7442AN
ic MIP 0254
mip 0254
INF05
ibeacon
PRC-112
diode fr 107
MRD148
DP83265A
BV EI 480 1225
E043-1
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ic MIP 0254
Abstract: No abstract text available
Text: DP83261 National Semiconductor DP83261 BMAC Device FDDI Media Access Controller General Description Features The DP83261 BMAC device implements the Media Access Control (MAC) protocol for operation in an FDDI token ring. The BMAC device provides a flexible interface to the
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DP83261
DP83261
16-Lead
DM7442AN
ic MIP 0254
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DP83256
Abstract: DP83257 DP83261 DP83265 DP83266 AB8p DP83266 MACSI Device MAC layer sequence number
Text: NATL SEHICON]> LINEAR (□501124 QQÖ334S H2S bbE ]> PRELIMINARY DP83266 MACSI Device (FDDI Media Access Controller and System Interface) On-chip address bit swapping capability 32-bit wide Address/Data path with byte parity Programmable transfer burst sizes of 4 or 8
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DP83266
160-PIN
TL/F/11705-33
DP83256
DP83257
DP83261
DP83265
AB8p
DP83266 MACSI Device
MAC layer sequence number
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lem CTSR
Abstract: cwi 1011 1170S p832 TWISTER T fiber T27 TIMER RR22H-RR23H
Text: PRELIMINARY October 1994 DP83256/56-AP/57 PLAYER + Device FDDI Physical Layer Controller General Description The DP8 32 56/56-AP/ 5 7 Enhanced Physical Layer Control ler (PLAYER + device) implements one complete Physical Layer (PHY) entity as defined by the Fiber Distributed Data
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DP83256/56-AP/57
56/56-AP/
lem CTSR
cwi 1011
1170S
p832
TWISTER T
fiber T27 TIMER
RR22H-RR23H
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D3031
Abstract: No abstract text available
Text: DP83265 PRELIMINARY National Semiconductor DP83265 BSI Device FDDI System Interface General Description Features The DP83265 BSI device implements an interface between the National FDDI BMACtm device and a host system. It provides a multi-frame, MAC-level interface to one or more
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DP83265
DP83265
32-bit
OP83265
D3031
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A8j1
Abstract: smt LDR D2021 023243 D2429 EA1 SMD psp 1001 A8J1 smd cwi 1011 DP83241
Text: 1991 £3 National Semiconductor PRELIMINARY February 1991 DP83265 BSI Device FDDI System Interface General Description Features The DP83265 BSI device implements an interface between the National FDDI BMAC tm device and a host system. It provides a multi-frame, MAC-level interface to one or more
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DP83265
32-bit
A8j1
smt LDR
D2021
023243
D2429
EA1 SMD
psp 1001
A8J1 smd
cwi 1011
DP83241
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N5C2
Abstract: Digital clock MODULE CIRCUIT DIAGRAM triangle wave generator using 741 DDB3357 lem CTSR IC 741 as zero sequence detector error monitor comparator multiplexer parity lem HA 10000 ups aros fiber optic FM Modulator
Text: NATL S E M I C O N D LINEAR bbE D b 5 D 1 1 2 4 DD B 3 3 5 7 PRELIMINARY DP83256/DP83257 PLAYER 4- Device (FDDI Physical Layer Controller) Alternate PMD Interface (DP83257) supports UTP twist ed pair FDDI PMDs with no external clock recovery or clock generation functions required
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b5D1124
DDB3357
DP83256/DP83257
DP83256/DP83257
33UlliJ
13300I1
TL/F/11708-45
DP83257VF
160-Pin
N5C2
Digital clock MODULE CIRCUIT DIAGRAM
triangle wave generator using 741
lem CTSR
IC 741 as zero sequence detector
error monitor comparator multiplexer parity
lem HA 10000
ups aros
fiber optic FM Modulator
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cwi 1011
Abstract: No abstract text available
Text: : 'ü , . - * ï i •- February 1991 DP83251/55 P L A Y E R tm Device FDDI Physical Layer Controller General Description Features The DP83251 /D P83255 PLAYER device implements one Physical Layer (PHY) entity as defined by the Fiber Distribut ed Data Interface (FDDI) ANSI X3T9.5 Standard The PLAYER device contains NRZ/NRZI and 4B /5B encoders and
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DP83251/55
DP83251
P83255
212-5U66
267-50UQ
7745fi
cwi 1011
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