AN7585
Abstract: IC AN7585
Text: DATA SHEET Part No. AN7585 Package Code No. HZIP023-P-0138A SEMICONDUCTOR COMPANY MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD. Publication date: November 2006 SDB00142AEB 1 AN7585 Contents Applications Package ………………………………………………………………………………………………………. 3
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AN7585
HZIP023-P-0138A
SDB00142AEB
AN7585
IC AN7585
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AN7585
Abstract: No abstract text available
Text: DATA SHEET Part No. AN7585 Package Code No. HZIP023-P-0138A Publication date: November 2006 SDB00142AEB 1 AN7585 Contents Applications Package ………………………………………………………………………………………………………. 3
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AN7585
HZIP023-P-0138A
SDB00142AEB
AN7585
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AN7585
Abstract: HZIP023-P-0138A audio amplifier IC 810 SDB00142AEB
Text: Part No. AN7585 Package Code No. HZIP023-P-0138A Publication date: November 2006 nt in ue Pl pl d in ea an c se ed lud pl vi an m m es si tf ed ain ai fo ol t n l ht low disc dis ena ten low tp in o co n an in :// g nt n ce c g pa U in tin t e fo na RL ue ue ype typ ur
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AN7585
HZIP023-P-0138A
SDB00142AEB
AN7585
HZIP023-P-0138A
audio amplifier IC 810
SDB00142AEB
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2032LV
Abstract: PT12 0138a 0031e 0034B ispLSI1000 isplsi architecture
Text: 2000, 2000E and 2000V Family Architectural Description global GLB clock input signals CLK0, CLK1, and CLK2. These three clocks are used for clocking all the GLBs configured as registers in the device. They feed directly to the GLB clock input via a clock multiplexer. CLK0 is
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2000E
t20ptxor)
2-0042-16/2K
2032-135L.
2032LV
PT12
0138a
0031e
0034B
ispLSI1000
isplsi architecture
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7486 XOR GATE
Abstract: circuit diagram of half adder using IC 7486 7486 2-input xor gate ic 7486 XOR GATE pin configuration IC 7486 pin configuration of 7486 IC vhdl code for vending machine pin DIAGRAM OF IC 7486 data sheet IC 7408 laf 0001
Text: Lattice Semiconductor Handbook 1994 Click on one of the following choices: • Table of Contents • How to Use This Handbook • Go to Main Menu 1996 Lattice Semiconductor Corporation. All rights reserved. Lattice Semiconductor Handbook 1994 i Copyright © 1994 Lattice Semiconductor Corporation.
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PLSI 1016-60LJ
Abstract: PAL 007 pioneer pal16r8 programming algorithm PAL 008 pioneer lattice 1016-60LJ ISP Engineering Kit - Model 100 PLSI-2064-80LJ GAL16v8 programmer schematic GAL programming Guide ispLSI 2064-80LT
Text: Lattice Semiconductor Data Book 1996 Click on one of the following choices: • Table of Contents • Data Book Updates & New Products • Go to Main Menu 1996 Lattice Semiconductor Corporation. All rights reserved. ispLSI and pLSI Product Index Pins Density
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1016E
1032E
20ters
48-Pin
304-Pin
PLSI 1016-60LJ
PAL 007 pioneer
pal16r8 programming algorithm
PAL 008 pioneer
lattice 1016-60LJ
ISP Engineering Kit - Model 100
PLSI-2064-80LJ
GAL16v8 programmer schematic
GAL programming Guide
ispLSI 2064-80LT
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"XOR Gate"
Abstract: 2032E 2128E ispLSI2000-A 74 XOR GATE 2032VE
Text: 2000E, 2000/A, 2000VE 2000VL and 2000V Family Architectural Description or slow output slew rate to minimize overall output switching noise. Introduction The basic unit of logic for the ispLSI 2000E, 2000/A, 2000VE, 2000VL and 2000V device families is the Generic Logic Block GLB . Figure 1 illustrates the ispLSI
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2000E,
2000/A,
2000VE
2000VL
2000VE,
2128E
2032E
"XOR Gate"
ispLSI2000-A
74 XOR GATE
2032VE
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IO64
Abstract: No abstract text available
Text: 3000 Family Architectural Description ences: Boundary Scan, Megablock and GLB structure, Global clock structure, and I/O cell structure. A functional block diagram of the ispLSI 3256A device is shown in Figure 1. The architectural differences are described in
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1000/E
t20ptxor)
256A-70L.
IO64
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2032VE
Abstract: No abstract text available
Text: 2000E, 2000VE and 2000VL Family Architectural Description or slow output slew rate to minimize overall output switching noise. Introduction The basic unit of logic for the ispLSI 2000E, 2000VE and 2000VL device families is the Generic Logic Block GLB . Figure 1 illustrates the ispLSI 2128E with its 32 GLBs
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2000E,
2000VE
2000VL
2128E
2032E
t20ptxor)
2032VE
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lattice 1996
Abstract: No abstract text available
Text: Specifications ispLSI and pLSI 6192 ® ispLSI and pLSI 6192 High Density Programmable Logic with Dedicated Memory and Register/Counter Modules — 96 I/O Pins with Input Registers — Security Cell Prevents Unauthorized Design Copying Features • A FAMILY OF HIGHLY INTEGRATED, CELL-BASED,
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25000-Gate
50MHz
lattice 1996
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ispLSI1000
Abstract: No abstract text available
Text: 3000 Family Architectural Description ences: Boundary Scan, Megablock and GLB structure, Global clock structure, and I/O cell structure. A functional block diagram of the ispLSI 3256A device is shown in Figure 1. The architectural differences are described in
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1000/E
t20ptxor)
256A-70L.
ispLSI1000
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TAA 141
Abstract: TAA141 6192F SEL02
Text: ispLSI 6192 High Density Programmable Logic with Dedicated Memory and Register/Counter Modules — 96 I/O Pins with Input Registers — Security Cell Prevents Unauthorized Design Copying Features • A FAMILY OF HIGHLY INTEGRATED, CELL-BASED, PROGRAMMABLE LOGIC DEVICES CONSISTING OF:
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25000-Gate
50MHz
208-MQFP/6192SM
6192FF-70LM
6192FF-50LM
6192SM-70LM
6192SM-50LM
6192DM-70LM
6192DM-50LM
208-Pin
TAA 141
TAA141
6192F
SEL02
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"XOR Gate"
Abstract: 2032E 2128E 2032VE
Text: ispLSI 2000E, 2000VE and 2000VL Family Architectural Description October 2001 Introduction The basic unit of logic for the ispLSI 2000E, 2000VE and 2000VL device families is the Generic Logic Block GLB . Figure 1 illustrates the ispLSI 2128E with its 32 GLBs labelled A0, A1 . D7. There are a total of eight GLBs in the
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2000E,
2000VE
2000VL
2000VL
2128E
2032E
t20ptxor)
"XOR Gate"
2032VE
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Untitled
Abstract: No abstract text available
Text: ispLSI 6192 High Density Programmable Logic with Dedicated Memory and Register/Counter Modules — 96 I/O Pins with Input Registers — Security Cell Prevents Unauthorized Design Copying Features • A FAMILY OF HIGHLY INTEGRATED, CELL-BASED, PROGRAMMABLE LOGIC DEVICES CONSISTING OF:
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25000-Gate
50MHz
208-MQFP/6192SM
6192FF-70LM
6192FF-50LM
6192SM-70LM
6192SM-50LM
6192DM-70LM
6192DM-50LM
208-Pin
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IO64
Abstract: pin diagram of 8-1 multiplexer design logic
Text: 3000 Family Architectural Description ences: Boundary Scan, Megablock and GLB structure, Global clock structure, and I/O cell structure. A functional block diagram of the ispLSI 3256A device is shown in Figure 1. The architectural differences are described in
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1000/E
IO64
pin diagram of 8-1 multiplexer design logic
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TAA141
Abstract: TAA 141
Text: Specifications ispLSI 6192 ispLSI 6192 High Density Programmable Logic with Dedicated Memory and Register/Counter Modules — 96 I/O Pins with Input Registers — Security Cell Prevents Unauthorized Design Copying Features • A FAMILY OF HIGHLY INTEGRATED, CELL-BASED,
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25000-Gate
50MHz
TAA141
TAA 141
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IO64
Abstract: speed performance of Lattice - PLSI Architecture LATTICE 3000 family architecture
Text: 3000 Family Architectural Description tectural differences: Boundary Scan, Megablock and GLB structure, Global clock structure, and I/O cell structure. A functional block diagram of the ispLSI 3256 device is shown in Figure 1. The architectural differences are
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1000/E
IO64
speed performance of Lattice - PLSI Architecture
LATTICE 3000 family architecture
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0034B
Abstract: PT12 isplsi architecture
Text: 2000/V Family Architectural Description global GLB clock input signals CLK0, CLK1, and CLK2. These three clocks are used for clocking all the GLBs configured as registers in the device. They feed directly to the GLB clock input via a clock multiplexer. CLK0 is
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2000/V
0034B
PT12
isplsi architecture
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pir 815
Abstract: No abstract text available
Text: PRELIMINARY & Am79C930 Advanced Micro Devices PCnet -Mobile Single Chip Wireless LAN Media Access Controller DISTINCTIVE CHARACTERISTICS • Capable of supporting the IEEE 802.11 standard draft ■ Supports the Xircom Netwave™ Media Access Control (MAC) protocols
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Am79C930
15-byte
PQT144
144-Pin
16-038-PQ
02575E7
pir 815
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TDC 1013
Abstract: stc 1740 AMI Semiconductor 0527 pulse generator crank F464 014C0 MPS 0902 5a07 37BP MPS 1482
Text: Order this document as AN476/D MOTOROLA • SEMICONDUCTOR APPLICATION NOTE AN476 CPU 16 and the configurable timer module CTM in engine control By Ross Mitchell, MCU Applications, Motorola Ltd., East Kilbride, Scotland Introduction Engine control is very demanding not only for the hardware that must survive the harsh environment, but
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AN476/D
AN476
AN476/D
TDC 1013
stc 1740
AMI Semiconductor 0527
pulse generator crank
F464
014C0
MPS 0902
5a07
37BP
MPS 1482
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sx3704
Abstract: AP239 Transistor 80139 8C547 6C131C IN2222A 2N50B 2N2064 radio AC176 AC126 sft353
Text: INTERNATIONAL TRANSISTOR EQUIVALENTS GUIDE A LSO BY THE S A M E AUTHOR BP108 International Diode Equivalents Guide BP140 Digital IC Equivalents and Pin Connections BP141 Linear IC Equivalents and Pin Connections ALSO OF INTEREST BP234 Transistor Selector Guide
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