XC95108 DIE Search Results

XC95108 DIE Result Highlights (5)

Part	Manufacturer	Description
HMC8410CHIPS-SX	Analog Devices	Die Sales
HMC8402-SX	Analog Devices	Die Sales- 2 die pack
HMC8401-SX	Analog Devices	Die Sales- 2 die pack
HMC459-SX	Analog Devices	I.C., amp Die
HMC404-SX	Analog Devices	I.C., 30GHz IRM, Die

XC95108 DIE Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
HP 3070 Manual Abstract: HP 3070 series 3 Manual HP 3070 Tester PB-0300 PB05 XAPP113 PAD120 01ZX PB020 SVF pcf Text: APPLICATION NOTE Faster Erase Times for XC95216 and XC95108 Devices on HP 3070 Series Testers  XAPP113 July 22, 1998 Version 1.0 Application Note Summary This application note describes an enhanced procedure for utilizing the new faster bulk erase capability of the XC95216 and	Original	PDF	XC95216 XC95108 XAPP113 XC9500 XC95108. HP 3070 Manual HP 3070 series 3 Manual HP 3070 Tester PB-0300 PB05 PAD120 01ZX PB020 SVF pcf
EPM7128 Abstract: xc95108 ab-145 epm7192s EPM7128S Text: Benefits of Using MAX 9000 & MAX 7000S Devices TECHNICAL B R I EF 21 M ARCH 1 9 9 7 As time-to-market pressures increase, designers look for ways to speed the development of system-level products. The Altera MAX® 9000 and MAX 7000S families offer in-system programmability ISP , which	Original	PDF	7000S matter00-04) -AB-141-01) -AB-145-01) 7000S, EPM7032, EPM7128 xc95108 ab-145 epm7192s EPM7128S
XC95144 equivalent Abstract: altera EPM7032S xc9572 data sheet MA 7000S transistor equivalent table EPM7128S Xilinx counter EPM7032S EPM7064S EPM7160S Text: Advantages of ISP-Based CPLDs TECHNI C AL BR I E F 2 8 Ju ly 1 997 The Altera MAX® 9000 and MAX 7000S in-system programmable devices offer designers flexibility, advanced features, and high performance at a low price. Combining these features with the most complete	Original	PDF	7000S -DS-M7000-04) M-HB-ISP-01) M-CD-ISP-02) 7000S, EPM7032S, EPM7064S, EPM7128S, XC95144 equivalent altera EPM7032S xc9572 data sheet MA 7000S transistor equivalent table EPM7128S Xilinx counter EPM7032S EPM7064S EPM7160S
EPM7128 Abstract: XC95108 die altera max ab-145 ALTERA MAX 9000 XC95108 Text: Benefits of Using MAX 9000 & MAX 7000S Devices TECHNICAL B R I EF 21 M ARCH 1 9 9 7 As time-to-market pressures increase, designers look for ways to speed the development of system-level products. The Altera MAX® 9000 and MAX 7000S families offer in-system programmability ISP , which	Original	PDF	7000S h00-04) -AB-141-01) -AB-145-01) 7000S, EPM7032, EPM7128 XC95108 die altera max ab-145 ALTERA MAX 9000 XC95108
XC95108PC84 Abstract: xc9572 pin diagram XC95108-PQ100 xc95108pq100 XC95108-PC84 XC95108PC xc95144 pin diagram XC95108P xc95108 socket XC9572 Text: Design Migration with XC9500 CPLDs  XAPP066 October 1, 1996 Version 1.0 Application Note Summary The advanced architecture of the XC9500 family, combined with consistent packaging options makes it easy to move an XC9500 design into a larger or smaller device and still keep the original footprint. This application brief describes how to	Original	PDF	XC9500 XAPP066 XC9500 XC95108PC84 xc9572 pin diagram XC95108-PQ100 xc95108pq100 XC95108-PC84 XC95108PC xc95144 pin diagram XC95108P xc95108 socket XC9572
XC9500 Abstract: XC95108 XC95144 XC95180 XC95216 XC95288 XC9536 XC9572 xilinx xc9536 Schematic XC95108 die Text: Ann Dennis Xilinx, Inc. 408 879-4726 INTERNET: ann.dennis@xilinx.com Mary Jane Reiter Tsantes & Associates (408) 452-8700 MCI: 6526090 HOLD FOR RELEASE until October 23, 1995 Xilinx FastFLASH Innovation Delivers Industry’s Most Complete Solution for In-System Programmable CPLDs	Original	PDF	XC9500 1995--Xilinx, XC95108 XC95144 XC95180 XC95216 XC95288 XC9536 XC9572 xilinx xc9536 Schematic XC95108 die
XC95144 Abstract: EPM7128E XC95144 Family PQFP ALTERA 160 TQFP-100 XC9500 EPM7128S XC95108 Text: The New XC95144 1996 0.6µ 6 T he FastFLASH family of CPLDs just got better with the recent introduction of the XC95144. This newest member of the XC9500 family completes the fastest growing line of CPLDs in the industry. The XC95144 features 144 macrocells with 7.5 ns	Original	PDF	XC95144 XC95144. XC9500 XC95144 100-pin 160-pin EPM7128E XC95144 Family PQFP ALTERA 160 TQFP-100 EPM7128S XC95108
100-PIN TQFP XILINX DIMENSION Abstract: xilinx xc9536 digital clock xc9536-pc44 XC95216XL xc95144 pin diagram XC95108XL XC9536 XC95144 XC9500 pinout XC9536XL Series Text: Ann Duft Xilinx, Inc. 408 879-4726 publicrelations@xilinx.com Kathy Keller Oak Ridge Public Relations (408) 253-5042 kathy.keller@oakridge.com FOR IMMEDIATE RELEASE XILINX ANNOUNCES NEWEST MEMBER OF INDUSTRY’S FASTEST GROWING CPLD FAMILY New XC95144 device targets sweet spot of ISP CPLD market with lowest price per macrocell	Original	PDF	XC95144 1998--Xilinx, XC9500 100-PIN TQFP XILINX DIMENSION xilinx xc9536 digital clock xc9536-pc44 XC95216XL xc95144 pin diagram XC95108XL XC9536 XC9500 pinout XC9536XL Series
XC2018 PC84 Abstract: xc4300 XC4020 HQFP208 HQFP34 XC1765D XC3342 XC4305 XC4005E PHYSICAL XC500 356E-09 Text: The Reliability Data Program Expanded Version April 1, 1998 Cover TABLE OF CONTENTS Introduction .3 The Reliability Program. .3	Original	PDF	PLCC-20, XC2018 PC84 xc4300 XC4020 HQFP208 HQFP34 XC1765D XC3342 XC4305 XC4005E PHYSICAL XC500 356E-09
XC9572 Series Abstract: CPLD Complex Programmable Logic Devices CPLD military Anatek XC95144 CPLD ISP Engineered Components Company Manager 4726 XC95288 Series XC9500 Text: Ann Duft Xilinx, Inc. 408 879-4726 publicrelations@xilinx.com Kathy Keller Oak Ridge Public Relations (408) 253-5042 kathy.keller@oakridge.com FOR IMMEDIATE RELEASE XILINX ANNOUNCES NEWEST MEMBER OF INDUSTRY’S FASTEST GROWING CPLD FAMILY New XC95144 device targets sweet spot of ISP CPLD market with lowest price per macrocell	Original	PDF	XC95144 1998--Xilinx, XC9500 XC9572 Series CPLD Complex Programmable Logic Devices CPLD military Anatek CPLD ISP Engineered Components Company Manager 4726 XC95288 Series
A9701 Abstract: MIL-PRF38535 XC1700D XC7000 XC9500 xc4310 XC3390A vqfp100 package XC95XX XCS40 failure Text: The Reliability Data Program Expanded Version Jan. 1, 1999 Cover P1 TABLE OF CONTENTS Introduction .… 4 The Reliability Program. .… 4	Original	PDF	PLCC-20, A9701 MIL-PRF38535 XC1700D XC7000 XC9500 xc4310 XC3390A vqfp100 package XC95XX XCS40 failure
XcxxX Abstract: vqfp100 package PQFP160 XILINX mp8000ch4 marking 611 016 soic-8 XCS40 failure Xcs17 xc95144 XC95144 equivalent Text: The Reliability Data Program Expanded Version April. 1, 1999 Cover P1 TABLE OF CONTENTS Introduction .… 4 The Reliability Program. .… 4	Original	PDF	PLCC-20, XcxxX vqfp100 package PQFP160 XILINX mp8000ch4 marking 611 016 soic-8 XCS40 failure Xcs17 xc95144 XC95144 equivalent
XC3020A Abstract: XC3020L XC3030A XC3030L XC3042A XC3042L XC3064A XC3064L XC3090A XC3090L Text: 48 64 68 84 100 120 132 144 156 160 164 38 175 176 184 191 196 208 223 225 228 240 299 304 352 411 432 499 596 PLASTIC LCC PLASTIC QFP PLASTIC VQFP CERAMIC LCC PLASTIC DIP PLASTIC VQFP PLASTIC LCC CERAMIC LCC CERAMIC PGA PLASTIC LCC CERAMIC LCC CERAMIC PGA	Original	PDF	XC8100 XC3020A XC3020L XC3030A XC3030L XC3042A XC3042L XC3064A XC3064L XC3090A XC3090L
TT2024 Abstract: lattice 22v10 programming XILINX XC9536 xilinx xc9536 digital clock PLD programming cpld 95108 MAX7128 lattice 22v10 lattice 22v10 programming specification xilinx 9500 Text: Management Considerations for In-System Programmable PLDs production board test. This reduces the complexity and cost of each system while manufacturing flexibility is increased. ISP: The Lattice Revolution Lattice ISP PLDs, first introduced in 1992, have	Original	PDF	I0080 TT2024 lattice 22v10 programming XILINX XC9536 xilinx xc9536 digital clock PLD programming cpld 95108 MAX7128 lattice 22v10 lattice 22v10 programming specification xilinx 9500

TRANSISTOR SMD MARKING CODE 31A 3 pin Abstract: free circuit diagram pc uprog TRANSISTOR SMD MARKING CODE 352 smd transistor marking ey LEAPER-10 russian power transistor 304 equivalent transi LEAPER-10 driver xc2318 stv 9332 schematic modem advan Text: XCELL Issue 24 First Quarter 1997 THE QUARTERLY JOURNAL FOR XILINX PROGRAMMABLE LOGIC USERS R The Programmable Logic CompanySM Inside This Issue: GENERAL The Fawcett - Getting to the Core . 2 Guest Editorial: The Defining Year . 3 New Look, Content for WebLINX . 6	Original	PDF	XC4062XL XC4000E-1 TRANSISTOR SMD MARKING CODE 31A 3 pin free circuit diagram pc uprog TRANSISTOR SMD MARKING CODE 352 smd transistor marking ey LEAPER-10 russian power transistor 304 equivalent transi LEAPER-10 driver xc2318 stv 9332 schematic modem advan
XC9500 Abstract: XC9536 XC9572 XC95108 XC95144 XC95180 XC95216 Text: Product Backgrounder The XC9500 CPLD Family Introduction The XC9500 family is the third generation of CPLD products from Xilinx. It is targeted for system manufacturers who require the most complete in-system programming, test, and manufacturing capability to support the entire product life cycle. From initial prototyping, to	Original	PDF	XC9500 XC9536 XC9572 XC95108 XC95144 XC95180 XC95216
306E-09 Abstract: MQFP-208 XC7000 XC4005E PHYSICAL HT 208 X9500 XC1700D XC2000 XC4000E XC5000 Text: Reliability Testing Summary High Temperature Life Test Qualification & Monitor Combined Technology: Device Type: Package Type: Actual Temperature Actual Voltage: Assumed Activation Energy: XC1700D Period: 26 Combined Started Lot: 26 Combined Completed Lots:	Original	PDF	XC1700D XC1700D, XC2000, XC3000/A, XC3100/A, XC4000 XC2000 XC3000/A XC3100/A 306E-09 MQFP-208 XC7000 XC4005E PHYSICAL HT 208 X9500 XC1700D XC2000 XC4000E XC5000
121C-2 Abstract: XC1765D XC95108 XL mp8000ch4 p103 pot datasheet reliability report PQFP240 XC95xxx 17256d D1 PGA 478 Text: The Reliability Data Program Expanded Version Jan. 1, 2000 Cover P1 TABLE OF CONTENTS Introduction .…4 The Reliability Program. .…4	Original	PDF	XC4005XL PQFP-160 PLCC-84, HQFP-304, VQFP-100 XC4044XL XC4013XLA 121C-2 XC1765D XC95108 XL mp8000ch4 p103 pot datasheet reliability report PQFP240 XC95xxx 17256d D1 PGA 478
Interface Abstract: interfac STIR4230 ITE IT8705F IT8705F STIR4210 STIR4230N SC14428 Baseband Processor SC14428 irda tfdu4100 MCP2155 Text: Interface Circuits Vishay Semiconductors Interface Circuits Interfacing SIR transceivers to an RS232 port A quite common method of adding the IrDA capability to a desktop computer is the usage of a so-called dongle connected to the COM - port RS232 - port . This	Original	PDF	RS232 RS232 OIM4232) OIM4232 W83637HF W8369UF W83627HF L1501 STIR4200 Interface interfac STIR4230 ITE IT8705F IT8705F STIR4210 STIR4230N SC14428 Baseband Processor SC14428 irda tfdu4100 MCP2155
DC MOTOR SPEED CONTROL USING VHDL xilinx Abstract: xilinx vhdl rs232 code gr228x structural vhdl code for ripple counter xilinx uart verilog code xilinx xc9536 digital clock PCIM 164 PCIM 176 XC4013XL PIN BG256 MATROX Mil Text: XCELL Issue 27 First Quarter 1998 THE QUARTERLY JOURNAL FOR XILINX PROGRAMMABLE LOGIC USERS PRODUCT INFORMATION FOUR New FPGA Families! The Programmable Logic CompanySM Inside This Issue: GENERAL Record-Breaking Technology Today . 2 1998 Data Book . 3	Original	PDF	XC4000XV 500K-Gate XC5200 XLQ198 DC MOTOR SPEED CONTROL USING VHDL xilinx xilinx vhdl rs232 code gr228x structural vhdl code for ripple counter xilinx uart verilog code xilinx xc9536 digital clock PCIM 164 PCIM 176 XC4013XL PIN BG256 MATROX Mil
XC6200 Abstract: Altera CPLD PCMCIA xilinx xc9536 Schematic CPLD PCMCIA XC3000A XC3000L XC3100 XC3100A XC3100L XC4000X Text: Agenda Product Overview – 1 n The Future of Programmable Logic n Product Overview n Design Methodology Case Studies n The Next Generation n Summary / Q&A Xilinx Product Solutions n M1 software solutions n Xilinx CORE solutions n XC4000X series – Industry’s largest and fastest FPGAs	Original	PDF	XC4000X XC4000E XC5200 XC9500 PQ160 HQ208 BG352 TQ100 XC6200 Altera CPLD PCMCIA xilinx xc9536 Schematic CPLD PCMCIA XC3000A XC3000L XC3100 XC3100A XC3100L
XC95XXXL Abstract: XC95XXX XC1765D PQFP240 C17S xc9536 A9903 XCV1000E FG HT 12E APPLICATION Reliability Test Methods for Packaged Devices Text: The Reliability Data Program Expanded Version July 1, 2000 Cover P1 TABLE OF CONTENTS Introduction .…4 The Reliability Program. .…4	Original	PDF	XC4005XL PQFP-160 PLCC-84, HQFP-304, VQFP-100 XC4044XL XC4013XLA XC95XXXL XC95XXX XC1765D PQFP240 C17S xc9536 A9903 XCV1000E FG HT 12E APPLICATION Reliability Test Methods for Packaged Devices
STIR4230 Abstract: ITE IT8705F STIR4210 SC14428 ite tech BCM2121 Baseband Processor SC14428 amd elan sc520 it8661f IT8705F Text: Interface Circuits Vishay Semiconductors Interface Circuits Interfacing SIR transceivers to an RS232 port A quite common method of adding the IrDA capability to a desktop computer is the usage of a so-called dongle connected to the COM - port RS232 - port . This	Original	PDF	RS232 RS232 OIM4232) OIM4232 W83637HF W8369UF W83627HF L1501 STIR4200 STIR4230 ITE IT8705F STIR4210 SC14428 ite tech BCM2121 Baseband Processor SC14428 amd elan sc520 it8661f IT8705F
FIR FILTER implementation xilinx Abstract: fir filter design using vhdl USB Prog ISP 172 fpga frame buffer vhdl examples XC9572 LogiCore xc4000 fir EPM7128S-10 EPM7160E-10 XC5200 XC9500 Text: Xilinx Xilinx Fall Fall 1996 1996 Seminar Seminar Introduction Fall 1996 Seminar Introduction Fall Seminar - Introduction - 2 Mission lic ar LogiCore ftw e Si So on Help our customers with faster time to market and flexible product life cycle management	Original	PDF	XC9500 XC5200 XC4000E/EX FIR FILTER implementation xilinx fir filter design using vhdl USB Prog ISP 172 fpga frame buffer vhdl examples XC9572 LogiCore xc4000 fir EPM7128S-10 EPM7160E-10 XC5200

XC95108 DIE Search Results

XC95108 DIE Result Highlights (5)

XC95108 DIE Datasheets Context Search

HP 3070 Manual

EPM7128

XC95144 equivalent

EPM7128

XC95108PC84

XC9500

XC95144

100-PIN TQFP XILINX DIMENSION

XC2018 PC84

XC9572 Series

A9701

XcxxX

XC3020A

TT2024

TRANSISTOR SMD MARKING CODE 31A 3 pin

XC9500

306E-09

121C-2

Interface

DC MOTOR SPEED CONTROL USING VHDL xilinx

XC6200

XC95XXXL

STIR4230

FIR FILTER implementation xilinx