Xilinx XCR5128
Abstract: XCR128 MC15 XCR3128 XCR5128 0H13 XPLA1
Text: f I XILINX X C R 5128:128 Macrocell CPLD with Enhanced Clocking DS041 v1.1 February 10, 2000 Product Specification Features Description • The XCR5128 CPLD (Complex Programmable Logic Device) is the third in a family of CoolRunner CPLDs from Xilinx. These devices combine high speed and zero
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OCR Scan
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DS041
100Package
84-pin
PQ100:
100-pin
VQ100:
TQ128:
128-pin
PQ160:
Xilinx XCR5128
XCR128
MC15
XCR3128
XCR5128
0H13
XPLA1
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PDF
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XCR5128
Abstract: XCR128 MC15 XCR3128
Text: APPLICATION NOTE XCR5128: 128 Macrocell CPLD with Enhanced Clocking R DS041 v1.1 February 10, 2000 14* Product Specification Features Description • The XCR5128 CPLD (Complex Programmable Logic Device) is the third in a family of CoolRunner CPLDs from Xilinx. These devices combine high speed and zero
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Original
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XCR5128:
DS041
XCR5128
84-pin
PQ100:
100-pin
VQ100:
TQ128:
XCR128
MC15
XCR3128
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PDF
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XAPP307
Abstract: CoolRunner XCR3032X
Text: Application Note: CoolRunner CPLDs R XAPP307 v1.2 April 17, 2000 Introduction Terminating Unused I/O Pins in Xilinx CoolRunner CPLDs The CoolRunner family of CPLDs are the first PLDs to employ a TotalCMOS design methodology. Because these devices are fabricated on CMOS process technology, it is
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Original
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XAPP307
XCR064-/I
XCR128-/I
XCR032C/N
XCR3064A/D
XCR5064C/N
XCR3128A/D
XCR5128C/N
XCR3320C/N
XCR3960C/N
XAPP307
CoolRunner
XCR3032X
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PDF
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xcr128
Abstract: XAPP307
Text: Application Note: CoolRunner , CPLDs R XAPP307 v1.1 February 10, 2000 Introduction Terminating Unused I/O Pins in Xilinx XPLA1 and XPLA2 CoolRunner CPLDs The CoolRunner™ family of CPLDs are the first PLDs to employ a TotalCMOS™ design methodology. Because these devices are fabricated on CMOS process technology, it is
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Original
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XAPP307
s00-255-7778
XCR22V10-/I
XCR032-/I
XCR064-/I
XCR128-/I
XCR032C/N
XCR3064A/D
XCR5064C/N
XCR3128A/D
xcr128
XAPP307
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PDF
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