ulc xc3030
Abstract: PQFP 176 Xilinx XC3090 altera EP300 EPM7128 Temic ulc xc3030 EPM7128 PLCC PLSI2032 Actel A1020 PLUS405
Text: ULC Reference Guide This reference guide lists most devices available for conversion. This list is not exhaustive, as new devices are added regularly. Additional devices not shown in this list may also be supported. Updated versions are available on the TEMIC web site. Check with factory if
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ULC/A1010
ULC/A1020
ulc xc3030
PQFP 176
Xilinx XC3090
altera EP300
EPM7128
Temic ulc xc3030
EPM7128 PLCC
PLSI2032
Actel A1020
PLUS405
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ic D flip flop 7474
Abstract: IC 7474 truthtable philips for ic 7474 7474 D flip-flop circuit diagram PLHS502 7474 D flip-flop IC 7474 flipflop pin DIAGRAM OF IC 7474 INTERNAL DIAGRAM OF IC 7474 any boolean circuit using nand gates
Text: Philips Semiconductors Programmable Logic Devices Designing with programmable macro logic INTRODUCTION TO PROGRAMMABLE MACRO LOGIC DESIGN CONCEPTS Programmable Macro Logic PML , an extension of the Programmable Logic Array (PLA) concept combines a programming or
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PLHS501
4-to-16
5-to-32
16-to-4
32-to-5
16-to-1
27-to-1
ic D flip flop 7474
IC 7474 truthtable
philips for ic 7474
7474 D flip-flop circuit diagram
PLHS502
7474 D flip-flop
IC 7474 flipflop
pin DIAGRAM OF IC 7474
INTERNAL DIAGRAM OF IC 7474
any boolean circuit using nand gates
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PLHS502
Abstract: No abstract text available
Text: Philips Components-Signetics Document No. 8 5 3 -1 4 0 5 ECN No. 985 1 4 Date of Issue January 9, 1990 Status Product Specification PLHS502 Programmable macro logic PML Programmable Logic Devices FEATURES STRUCTURE DESCRIPTION • Programmable Macro Logic
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PLHS502
PLHS502
40MHz
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signetics wom
Abstract: architecture of PLS105 fpls PLHS16L8 PLS100 fpla PHD48 PLS105 amaze PHD48N22 SCDP-2 PLS Philips handbook
Text: Philips Components-Sig netics Introduction Programmable Logic Programmable Logic Devices WHAT IS PROGRAMMABLE LOGIC? In 1975, S ign e tics C orporation developed a new prod u ct fa m ily by com bining its e xpe rtise in sem i-custom gate array p rod u cts and fu se -lin k
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PLC42VA12
signetics wom
architecture of PLS105 fpls
PLHS16L8
PLS100 fpla
PHD48
PLS105
amaze
PHD48N22
SCDP-2
PLS Philips handbook
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din60
Abstract: PHD48N22
Text: Philips Components-Signetics SNAP 16 Synthesis Netlist Analysis Program Programmable Logic Development Software FEATURES GENERAL DESCRIPTION • Schematic entry available using Data I/O SNAP-DASH OrCAD SDT IIT“ SNAP PLD development software. Simple-to-use tools for demanding
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DIN601
NIN601
NCJU601
PLHS601
din60
PHD48N22
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ULC EPM5128
Abstract: 85C090 EP1200 epm5130 XC3020 PAL18P8 PLS163 XC2018 PLHS153 PLS100
Text: Tem ic S e m i c o n d u c t o r s Universal Logic Circuits * Technology TEM IC Field Programmable Devices Supported Semiconductors uses advanced sub- (*) micron CM OS technology in its ULC devices. The n-transistor channel lengths are sized at 0.8 microns
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GAL16V8
PAL16P8
PAL18P8
PAAAL16L8
PAL10L8
PAL14L4
PAL16L2
PAL16RP8
PAL16RP4
PAL16R8
ULC EPM5128
85C090
EP1200
epm5130
XC3020
PLS163
XC2018
PLHS153
PLS100
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Untitled
Abstract: No abstract text available
Text: Philips Components-Signetics Application Note Date of Issue June19S8 Rev. Date AN29 PLHS501 Programmable Macro Logic primer Programmable Logic Devices SUMMARY The evolution of Programmable Logic Devices PLD's has led to the birth of a new generation of programmable devices
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PLHS501
PLHS501
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RCT5 rn
Abstract: d-latch by using D flip-flop 7474 7474 counter circuit diagram I18N 8 bit barrel shifter
Text: Philips Components-Signetics Designing with Programmable Macro Logic Program m able Logic Devices INTRODUCTION TO PML DESIGN CONCEPTS Programmable Macro Logic, an extension of the Programmable Logic Array PLA concept combines a programming or fuse array with
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PLHS501
RCT5 rn
d-latch by using D flip-flop 7474
7474 counter circuit diagram
I18N
8 bit barrel shifter
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ck2605
Abstract: ck2678 PLHS16L8AN P16L8 PLS100 fpla plhs18p8an P16V8 82S155 F16L8 PLS154
Text: Philips Components-Signetics Third-party software support Programmable Logic Devices Data I/O Corporation 10525 Willows Road N E. P.O. Box 97046 Redmond, WA 98073-9746 Telephone: 206 881-6444 PART NUMBER 10020EV8 10H20EV8 10H20EV8 CK2605 CK2678 PHD16N8 PHD16N8
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10020EV8
10H20EV8
CK2605
CK2678
PHD16N8
PHD48N22
PLC105
PLC153
PLHS16L8AN
P16L8
PLS100 fpla
plhs18p8an
P16V8
82S155
F16L8
PLS154
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PLUS153-10
Abstract: PHD48
Text: Philips Components-Signetics Selection Guide Programmable Logic Devices SIGNETICS PART NUMBER ARCHITECTURE INPUTS x TERMS x OUTPUTS PACKAGE TOTAL INPUTS (# Dedicated) LOGIC TERMS INTERNAL STATE REGISTERS ( i Dedicated) OUTPUTS C, I/O, R, R I/O tpo (Max)
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PLQ16L8-5
PLQ16R4-5
Q16R6-5
PLQ16R8-5
PLUS16L8-7
PUJS16R4-7
PLUS16R6-7
PLUS16R8-7
PLUS16L8D
PLUS16R4D
PLUS153-10
PHD48
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PHD48N22
Abstract: No abstract text available
Text: Philips Components-Signetics SLICE 10 Signetics Logic Integration Computer Environment Programmable Logic Development Software FEATURES • Easy to learn and use GENERAL DESCRIPTION they are introduced. The devices currently supported are: • Supports Signetics PLD line
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00000000000000000oooooooooooooooooooooo
PHD48N22
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