AMD 9512 Search Results
AMD 9512 Result Highlights (5)
| Part | ECAD Model | Manufacturer | Description | Download | Buy |
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| TPS536C5RSLR | Texas Instruments | 12-phase digital step-down multiphase controller with SVI3 and PMBus for AMD platform 48-VQFN -40 to 105 |
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| TPS53685RSBR | Texas Instruments | Eight-phase digital step-down multiphase controller with SVI3 and PMBus for AMD platform 40-WQFN -40 to 105 |
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| 95121-003 | Amphenol Communications Solutions | Screw for Double stack eject Header | |||
| 951200J40H | Amphenol Communications Solutions | XCede, High speed backplane connectors, 2-Pair, 4 Position, Open. | |||
| 951210C40H | Amphenol Communications Solutions | XCede, High speed backplane connectors, 2-Pair, 6 Position, Left &Right Wall. |
AMD 9512 Datasheets Context Search
| Catalog Datasheet | Type | Document Tags | |
|---|---|---|---|
AC97
Abstract: MK1491-06 MK1491-06R MK1491-06RLF MK1491-06RTR SEL24
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mk1491-0628-pinac97mk1491-06r+3 | |
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Contextual Info: MK1491-06 AMD Geode Clock Source Description Features The MK1491-06 is a low-cost, low-jitter, high-performance clock synthesizer for AMD’s Geode-based computer and portable appliance applications. Using patented analog Phased-Locked Loop PLL techniques, the device accepts a 14.318 |
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mk1491-0628-pin | |
MARKING 09FContextual Info: MK1491-09 AMD Geode GX2 Clock Source Description Features The MK1491-09 is a low-cost, low-jitter, high-performance clock synthesizer for AMD’s Geode-based computer and portable appliance applications. Using patented analog Phased-Locked Loop PLL techniques, the device accepts a 14.318 |
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mk1491-0928-pinmarking 09f | |
MK1491-09Contextual Info: MK1491-09 AMD Geode GX2 Clock Source Description Features The MK1491-09 is a low-cost, low-jitter, high-performance clock synthesizer for AMD’s Geode-based computer and portable appliance applications. Using patented analog Phased-Locked Loop PLL techniques, the device accepts a 14.318 |
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mk1491-0928-pin | |
011106Contextual Info: MK1491-09 AMD Geode GX2 Clock Source Description Features The MK1491-09 is a low-cost, low-jitter, high-performance clock synthesizer for AMD’s Geode-based computer and portable appliance applications. Using patented analog Phased-Locked Loop PLL techniques, the device accepts a 14.318 |
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mk1491-0928-pin011106 | |
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Contextual Info: MK1491-09 AMD Geode GX2 Clock Source Description Features The MK1491-09 is a low-cost, low-jitter, high-performance clock synthesizer for AMD’s Geode-based computer and portable appliance applications. Using patented analog Phased-Locked Loop PLL techniques, the device accepts a 14.318 |
Original |
mk1491-0928-pin | |
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Contextual Info: MK1491-09 AMD Geode GX2 Clock Source Description Features The MK1491-09 is a low-cost, low-jitter, high-performance clock synthesizer for AMD’s Geode-based computer and portable appliance applications. Using patented analog Phased-Locked Loop PLL techniques, the device accepts a 14.318 |
Original |
mk1491-0928-pin | |
winbond 25080
Abstract: 29F200BB 16LF648A 89V51RD2 18f252 89S51 National SEMICONDUCTOR GAL16V8 29sf040 12f675 29F400BB
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2732b27c10027hb01027c256+14 | |
AM85C30-10BQA
Abstract: Z8523010VEC Z8523016VEC AM85C30-10 AM85C30-8JI 85C30 AM85C30-10JI AM85C30-8JC Z85C3008PEC z85c3010vec
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wp000202-0102am85c30-10buaam85c30-16buaam85c30-8bqa+11 | |
Firewire 800
Abstract: xilinx 1765 "Dual-Port RAM" Xilinx PCMCIA FPGA PCMCIA xilinx fpga
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xc4062xl-09firewire 800xilinx 1765dual-port ram+3 | |
pSOS
Abstract: Lynx Real-Time Systems
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am79c972psoslynx real-time systems | |
16L8L
Abstract: pal 22v10Q ecl pal 16 macrocells x6456 EPP-80
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OCR Scan |
03a-00403a-011a03a-011bfam52+10 | |
64 CERAMIC LEADLESS CHIP CARRIER LCC
Abstract: PD3024
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OCR Scan |
10h20ev8/ampal10020ev8am-pal10h20eg80020eg86545a+4 | |
RM0013
Abstract: MT28F008B3 PUG0016 0X800000
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ez80acclaimrm001303-0306rm0013mt28f008b3+2 | |
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logos 4012B
Abstract: 1LB553 Rauland ETS-003 Silec Semiconductors MCP 7833 4057A transistor sr52 74c912 1TK552 74S485
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tda1510tda1510alogos 4012b1lb553+8 | |
JRC 45600
Abstract: YD 803 SGS 45600 JRC TDA 7277 TDA 5072 krp power source sps 6360 2904 JRC Sony SHA T90 SA philips HFE 4541
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zop033zop035zop036zop037+16 | |
ecl pal 16 macrocells
Abstract: HD b3c
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OCR Scan |
10h20eg8/ampal10020eg80h20ev8ampal10020ev86176a+4 | |
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Contextual Info: AmPAL*10H20EG8/AmPALI0020EG8 IMOX-III ECL Programmable Array Logic PRELIMINARY • • • • • High-performance tpp = 6 ns, fMAX = 125 MHz Eight user-programmable output logic macrocells for latched or combinatorial operation A registered version of the device is available as |
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10h20eg8/ampali0020eg80h20ev80020ev86176a+1 | |
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Contextual Info: AmPAL*10H20EV8/AmPALI0020EV8 IMOX-III E C L Program m able Array Logic PR ELIM IN A RY Asynchronous-RESET and PRESET capability Power-up RESET capability PRELOAD for improved testability Special designed-in test features for AC and DC testing Platinum-silicide fuses ensure high programming yield, |
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10h20ev8/ampali0020ev810kh/100k50-ohm24-pin+5 | |
Xilinx XC2S150E
Abstract: AMD flash xilinx so20 XC17S
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xc18v256xc18v512xc18v01xc18v02+10 | |
XC2S100EContextual Info: XC18V512 512Kb Y Y Y 3.3V Y Y XC18V01 1Mb Y Y Y 3.3V Y Y XC18V02 2Mb Y Y 3.3V Y Y XC18V04 4Mb Y Y 3.3V Y Y Y Y Y Y Y Y Y 3.3V Y Y XC17V04 4Mb Y Y Y 3.3V Y Y 3.3V I/O Voltage 2.5V VQ44 Y PC20 Y Y 3.3V Y SO20 Y 3.3V Y Y VO8 Y 16Mb PD8 8Mb XC17V16 FPGA XC17V08 |
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xc18v256xc18v512xc18v01xc18v02+4 | |
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Contextual Info: AmPAL*10H20EV8/AmPAL10020EV8 IMOX-III ECL Programmable Array Logic PRELIMINARY Asynchronous-RESET and PRESET capability Power-up RESET capability PRELOAD for improved testability Special designed-in test features for full AC and DC testing Platinum-silicide fuses ensure high programming yield, |
OCR Scan |
10h20ev8/ampal10020ev8ampal10h20eg8ampal10020eg8o0545a+1 | |
amd 2901 alu
Abstract: amd 2901 pinout diagram amd 2901 amd 2901 core 4 bit microprocessor using vhdl "Dual-Port RAM" basic microprocessor block diagram AM2901 C2901 8 BIT ALU using vhdl
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c2901am2901r8-559-7114amd 2901 alu+7 | |
amd 2901 alu
Abstract: 8 BIT ALU design with verilog 8 BIT ALU using vhdl amd 2901 pinout diagram 32 BIT ALU design with vhdl amd 2901 verilog 4 bit microprocessor using vhdl 32 bit alu using vhdl 32 bit ALU vhdl am 2901 verilog
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c2901amd 2901 alu8 bit alu design with verilog8 bit alu using vhdl+7 | |