NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: Manager for the XC9572 XC9572 CPLD chip. The W65C816DB W65C816DB includes an on-board programming header for JTAG , The CPLD has also 69 user I/Os and JTAG feature. The logic for the W65C816 W65C816 Developer Board requires , pinout of the PLD device is predefined through the layout of the Developer Board. The pin assignment list is required so customized logic can be implemented easily. The pin assignment list can be seen in , control, for debug assign available PLD I/O //RDY ASSIGNMENT always @(negedge PHI2) NMIB_latch = NMIB ... | Original |
12 pages, |
W65C816S W65C22S 27C256 dba1 XC9572PC84 W65C816DB W65C816DB abstract |
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| Abstract: SRAM, 32K EPROM, W65C22S W65C22S Versatile Interface Adapter VIA peripheral chip, on-board matrix, PLD for , 0030-003F 0030-003F CS1B: CS3B: CS2B: EPROM (27C256 27C256) SRAM (62C256 62C256) VIA (W65C22S W65C22S) 2. Pin Assignments , W65C265DB W65C265DB includes an on-board programming header for JTAG configuration. For more details refer to the , JTAG feature. The logic for the W65C265 W65C265 Developer Board requires 21 (out of 72) macrocells (29%) and , predefined through the layout of the Developer Board. The pin assignment list is required so customized ... | Original |
12 pages, |
xilinx jtag Header, 10-Pin C265DB pld connector 27C256 W65C265DB W65C816S PLD54 PLD45 W65C22S XC9572PC84 XC9572-PC84 W65C265DB abstract |
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| Abstract: (27C256 27C256) SRAM (62C256 62C256) VIA (W65C22S W65C22S) 2. Pin Assignments Total power pins: Total Matrix pins , header for JTAG configuration. For more details refer to the circuit diagram. 3.1.1 Introduction For , each Function Block. The CPLD has also 69 user I/Os and JTAG feature. The logic for the W65C134 W65C134 , assignment list is required so customized logic can be implemented easily. The pin assignment list can be , CS2B CS1B IRQB (VIA) NMIPIN RDYOUT F:\DEVBOARD\C134DB C134DB_DS.DOC Memory Bus CPU MATRIX 5 ... | Original |
12 pages, |
xc9572pc84 W65C22S W65C134DB W65C02S CPLD 27C256 W65C134DB abstract |
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| Abstract: SRAM, 32K EPROM, W65C22S W65C22S Versatile Interface Adapter VIA peripheral chip, on-board matrix, PLD for , 0000-00EF 0000-00EF & 0100-7FFF 0100-7FFF 00F0-00FF 00F0-00FF EPROM (27C256 27C256) SRAM (62C256 62C256) VIA (W65C22S W65C22S) 2. Pin , W65C02DB W65C02DB includes an on-board programming header for JTAG configuration. For more details refer to the , JTAG feature. The logic for the W65C02 W65C02 Developer Board requires 18 (out of 72) macrocells (25%) and 12 , through the layout of the Developer Board. The pin assignment list is required so customized logic can be ... | Original |
12 pages, |
xc9572pc84 W65C22S pld-40 27C256 W65C02S xilinx jtag Header, 10-Pin W65C02DB W65C02DB abstract |
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| Abstract: CPU-board interfaces to the debug host via this JTAG interface connector. Refer to Section 4.2.2 for mode , program from the development host via the JTAG interface connector on the ML67Q4003 ML67Q4003 CPU board. The , the ML67Q4003 ML67Q4003 CPU Board. Chapter 1 -Read Me First 1.1 Precaution for Safe and Proper Use This , Chapter 1 -Read Me First 1.4 For Further Information Thank you for purchasing the Oki ML67Q4003 ML67Q4003 CPU , itself. Accessories Power supply cable This cable is for connecting the Oki ML67Q4003 ML67Q4003 CPU Board ... | Original |
49 pages, |
xc9572 pin diagram ML67Q4003 ML674K MAX3232 XC9572 ML67Q4003 abstract |
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| Abstract: operation to reduce requirements for low latency CPU intervention. The 16-pin (43-pin in full extended , debugger · Software chip and system simulators for software development and debug · 196-pin , RISC (CPU) DMA Engine (DMA) JTAG Pclkin Reset Scanmode Testmode Bootmode UClk , is very flexible and can support four bidirectional streams via eight DMA channels with minimal CPU , CS6220 CS6220 Preliminary 32-Bit SoC MCU for VoIP 1.0 INTRODUCTION 1.1 CO NF ID EN TI ... | Original |
7 pages, |
Myson Century cs CS622 CS6220 CS6220 abstract |
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| Abstract: 35 mm. The UltraSPARC-II CPU LGA package requires the use of a 787 pin high speed socket. (Sun part , 4 July 1997 UltraSPARCTM-II CPU Module Complete 248 MHz CPU, 1.0 MB E-Cache, UDB-II (Pin , GND VDD (Pin 323) GND (Pin 329) Figure 3. UPA Connector Pin-Out Assignment (Top) July 1997 5 UltraSPARCTM-II CPU Module Complete 248 MHz CPU, 1.0 MB E-Cache, UDB-II STP5211 STP5211 (Pin 5 , Pin-Out Assignment (Bottom) 6 July 1997 UltraSPARCTM-II CPU Module Complete 248 MHz CPU, 1.0 MB ... | Original |
18 pages, |
STP5211UPA-250 MC100LVE210 MC100LVE111 STP1081 MCE-100 STP5211 STP5211 abstract |
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| Abstract: LVCMOS levels. The UltraSPARC-II CPU is packaged in a ceramic 787 pin 1.0 mm pitch LGA (land grid array , GND VDD (Pin 323) GND (Pin 329) Figure 3. UPA Connector Pin-Out Assignment (Top) July 1997 5 STP5212 STP5212 UltraSPARCTM-II CPU Module Complete 296 MHz CPU, 2.0 MB E-Cache, UDB-II (Pin 5) GND (Pin , Pin-Out Assignment (Bottom) 6 July 1997 UltraSPARCTM-II CPU Module Complete 296 MHz CPU, 2.0 MB , CPU and one for the UDBs. I Differential Clock inputs to the clock buffer on the module. ... | Original |
18 pages, |
Sun UltraSparc STP5212UPA-300 stp1081 SPARC v9 architecture BLOCK DIAGRAM MC100LVE210 MC100LVE111 STP5212 STP5212 abstract |
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| Abstract: .26 4.1 Fuse Programming via TDI (Dedicated JTAG Pin Devices Only , locations and to clock the CPU. There is no dedicated pin for TCLK; instead, the TDI pin is used as the , To enable these pins for JTAG communication, a logic level 1 must be applied to the TEST pin. For , controller, the content of the JTAG_DATA_REG is shifted out via the TDO pin. While this JTAG instruction is , the MSP430 MSP430 via the JTAG interface is permanently disabled. This allows for access protection of the ... | Original |
42 pages, |
AQV212 jtag mhz JTAG msp430 MDB 5300 MSP430 MSP430 data sheet MSP430 Family Architecture MSP430F149 programmer schematic STD1149 MSP430-Programmer datasheet cpu 5300 h/w interfacing with MSP430 SLAA149 SLAA149 MSP430 SLAA149 abstract |
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| Abstract: ITP/JTAG Connector Pin Assignment Table 8 lists the signals for each pin of the 20-pin ITP/JTAG , ) . 9 2.7 ITP/JTAG Connector Pin Assignment , Assignment (120-Pin) Table 6 lists the signals for each pin of the 120-pin J1 connector. See Figure 3 for , Assignment (140-Pin) Table 7 lists the signals for each pin of the 140-pin J2 connector. See Figure 3 for , . 7 2.5 J1 Connector Pin Assignment (120-Pin ... | Original |
20 pages, |
12MHZ 243191 243292 24MHZ 430HX 82371SB EMBMOD133 EMBMOD166 intel L2 cache burst length intel motherboard circuit diagram pentium iv motherboard circuit diagram intel pciset pentium 4 motherboard CIRCUIT diagram motherboard PCB diagram pentium 4 EMBMOD133 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| Élan 386 can be tested via the JTAG port · Multiple operating modes for power management switched on. The CPU has to toggle the Pin PGP0 for approximately hundred times in less than 100 msec : CPU Elan 386 SC300 SC300 SC300 SC300 revision B Full Support for all possible SC300 SC300 SC300 SC300 Bus Modes. We tried to give no compromising costs. JTAG-Boundary Scan Plug on board. Allows the use of JTAG for production tests . The PCMCIA controller itself is part of the Élan CPU. For "hot-insertion" of cards, the board www.datasheetarchive.com/files/amd/desiging/fusionpartners/products/bytype/4/18/59/tech/index.htm |
AMD | 10/09/1999 | 115.67 Kb | HTM | index.htm |
| Élan 386 can be tested via the JTAG port · Multiple operating modes for power management switched on. The CPU has to toggle the Pin PGP0 for approximately hundred times in less than 100 msec costs. JTAG-Boundary Scan Plug on board. Allows the use of JTAG for production tests . The PCMCIA controller itself is part of the Élan CPU. For "hot-insertion" of cards, the board side of the module is a 32-pin DIL socket (U10) for the Boot EPROM. This socket also serves the www.datasheetarchive.com/files/amd/desiging/fusionpartners/products/bytype/4/18/59/tech/manualcd.html |
AMD | 26/08/1999 | 105.44 Kb | HTML | manualcd.html |
| - CPU Élan 486 can be tested via the JTAG port (via micro strips) - Multiple operating modes for Connector for Élan486V_0 Pin # JTAG Function (alternate function) 1 TCK (doubled CPU Clock of 66 MHz in Hyper Speed Mode). Besides the MPU in a 292 pin Ball Grid Array (BGA) the support for A20 Gate and start-up (Reset CPU not used). No restrictions (except usage of external SC400 SC400 SC400 SC400. The RTC/CMOS-RAM stage in the CPU has it's own battery pin to connect a 3V lithium www.datasheetarchive.com/files/amd/desiging/fusionpartners/products/bytype/4/18/55/tech/elan486va.html |
AMD | 26/08/1999 | 205.34 Kb | HTML | elan486va.html |
| - All CPU and I/O signals available on micro strips - CPU Élan 486 can be tested via the JTAG port Connector for Élan486V_0 Pin # JTAG Function (alternate function) 1 TCK -up (Reset CPU not used). No restrictions (except usage of external DRAM) for using the Module in in the CPU has it's own battery pin to connect a 3V lithium backup battery to this stage. An included part of the AMD Élan Ã" SC400 SC400 SC400 SC400 CPU. For "hot-insertion" of cards, both slots are buffered. Two www.datasheetarchive.com/files/amd/desiging/fusionpartners/products/bytype/4/18/55/tech/index.htm |
AMD | 10/09/1999 | 229.77 Kb | HTM | index.htm |
| - All CPU and I/O signals available on micro strips - CPU Élan 486 can be tested via the JTAG port nc 7 GND X15 JTAG Connector for Élan486V_0 Pin 486V_0 CPU ÉlanSC400 Full Support for all possible SC400 SC400 SC400 SC400 Bus Modes including VESA Local for A20 Gate and start-up (Reset CPU not used). All CPU-Signals present on the Module plugs . RTC/CMOS-RAM with it's own battery pin The RTC/CMOS-RAM stage in the CPU has it's own battery www.datasheetarchive.com/files/amd/desiging/fusionpartners/products/bytype/4/17/56/tech/elan486v8.html |
AMD | 26/08/1999 | 167.32 Kb | HTML | elan486v8.html |
| - CPU Élan 486 can be tested via the JTAG port (via micro strips) - Multiple operating modes for nc 7 GND X15 JTAG Connector for Élan486V_0 Pin Keyboard Controller on Board Complete support for A20 Gate and start-up (Reset CPU not used). All CPU-Signals present on the Module plugs No restrictions (except usage of external DRAM) for RTC/CMOS-RAM stage in the CPU has it's own battery pin to connect a 3V lithium backup battery to this www.datasheetarchive.com/files/amd/desiging/fusionpartners/products/bytype/4/17/56/tech/index.htm |
AMD | 10/09/1999 | 188 Kb | HTM | index.htm |
| pins and is therefore mandatory for ST7 devices with a very low pincount. 2) Bootstrap mode: by can be used only for those members of the family where these signals are available at pin level . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 4 INTERNAL RAM LOADING VIA JTAG INTERFACE . . . . . . . . . . . . . . . . . . . . . . . . 28 .2 JTAG MODE PROGRAMMING FLOW OVERVIEW To program the ST7 EPROM via the JTAG, you must control at least the following 11 pins: - System pins: OSCIN, RESETN - JTAG interface (5 pins) - 4 pins to force www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6266-v2.htm |
STMicroelectronics | 11/01/2000 | 81.98 Kb | HTM | 6266-v2.htm |
| requires just a few pins and is therefore mandatory for ST7 devices with a very low pincount. 2 RAM via the JTAG interface and how to program the EPROM memory. Examples and cross reference tables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 4 INTERNAL RAM LOADING VIA JTAG INTERFACE . . . . . . . . . . . . . . . . . . . . . . . . 28 4 MODE PROGRAMMING FLOW OVERVIEW To program the ST7 EPROM via the JTAG, you must control at least the following 11 pins: - System pins: OSCIN, RESETN - JTAG interface (5 pins) - 4 pins to force the test www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6266.htm |
STMicroelectronics | 20/10/2000 | 84.6 Kb | HTM | 6266.htm |
| -bit is set via the STC to configure the CPU in dump mode. 5- Restart of the system clock for an . Moreover it requires just a few pins and is therefore mandatory for ST7 devices with a very low pincount. 2 RAM via the JTAG interface and how to program the EPROM memory. Examples and cross reference tables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 4 INTERNAL RAM LOADING VIA JTAG INTERFACE . . . . . . . . . . . . . . . . . . . . . . . . 28 4 MODE PROGRAMMING FLOW OVERVIEW To program the ST7 EPROM via the JTAG, you must control at least the www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6266-v1.htm |
STMicroelectronics | 02/04/1999 | 80.03 Kb | HTM | 6266-v1.htm |
| JTAG reset General-Purpose I/O External bus interface pins can be used for more than one function. When not used for bus interface signals, these pins can be used as digital I/O pins. SIU digital I peripherals and internal modules send to the CPU. Port Q - provides for digital I/O on pins that are not systems if the chip-select module is used. Modular architecture for ease of expansion. Pins are -only ports do not have a data direction register.) Pin assignment register - allows the user to configure www.datasheetarchive.com/files/motorola/design-n/sps/powerpc/library/fact_she/505_fs.htm |
Motorola | 25/11/1996 | 19.36 Kb | HTM | 505_fs.htm |