NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: UGB35BOSXXXXXX UGB35BOSXXXXXX Solutions For A Real Time World TM 32MB - 16G Bytes PCMCIA Card Type 2 General Description Unigen UGB35BOSXXXXXX UGB35BOSXXXXXX Flash Memory card has been designed to be fully compliant with PCMCIA Standard Release 2.1/Jeida 4.2, combining advanced Hyperstone F2-16XN flash controller and , Hyperstone F2-16XN Flash Controller Technology 5.0V±10% or 3.3V±10% PCMCIA 2-1 and PC Card ATA standard , (F2-16XN) IDE/ATA w/o DMA ver 1.00 BOI = Hyperstone F2-IL16XN F2-IL16XN Re-Tek- 1439 support@unigen.com http ... | Original |
3 pages, |
16GB Nand flash 15KV PCMCIA ATA FLASH CARD F2-L16XN Hyperstone f2-16XN f2-il16xn UGB35BOSXXXXXX UGB35BOSXXXXXX abstract |
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| Abstract: sees a shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each SPI transaction. SPI , driven low and SCK is toggled for 16xN clocks. The 16xN bit MOSI payload (sent to Device 1 in the , bits, and eight "1"s (which are ignored). After the first 16xN bit transaction, SS must return high (to latch the data) and then is driven low again before the second 16xN bit transaction of all "1"s ... | Original |
20 pages, |
LMH0394 LMH0344 LMH0074 LMH0044 424M LMH0394 abstract |
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| Abstract: shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each SPI transaction. SPI Daisy-Chain , low and SCK is toggled for 16xN clocks. The 16xN bit MOSI payload (sent to Device 1 in the , (which are ignored). After the first 16xN bit transaction, SS must return high (to latch the data) and then is driven low again before the second 16xN bit transaction of all "1"s is sent to the MOSI ... | Original |
20 pages, |
video sdi splitter 424M LMH0395 LMH0395 abstract |
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| Abstract: host conceptually sees a shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each SPI transaction. , SS signal is driven low and SCK is toggled for 16xN clocks. The 16xN bit MOSI payload (sent to , (read command), seven address bits, and eight "1"s (which are ignored). After the first 16xN bit transaction, SS must return high (to latch the data) and then is driven low again before the second 16xN bit ... | Original |
18 pages, |
LMH0394 LMH0344 LMH0074 LMH0044 424M LMH0346 LMH0394 abstract |
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| Abstract: shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each SPI transaction. SPI Daisy-Chain , low and SCK is toggled for 16xN clocks. The 16xN bit MOSI payload (sent to Device 1 in the , (which are ignored). After the first 16xN bit transaction, SS must return high (to latch the data) and then is driven low again before the second 16xN bit transaction of all "1"s is sent to the MOSI ... | Original |
20 pages, |
LMH0356 LMH0346 424M LMH0395 LMH0395 abstract |
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| Abstract: devices, the host conceptually sees a shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each , N devices. The SS signal is driven low and SCK is toggled for 16xN clocks. The 16xN bit MOSI , the first 16xN bit transaction, SS must return high (to latch the data) and then is driven low again before the second 16xN bit transaction of all "1"s is sent to the MOSI input. The requested read data is ... | Original |
21 pages, |
video sdi splitter LMH0394 LMH0394 abstract |
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| Abstract: shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each SPI transaction. SPI Daisy-Chain , low and SCK is toggled for 16xN clocks. The 16xN bit MOSI payload (sent to Device 1 in the , (which are ignored). After the first 16xN bit transaction, SS must return high (to latch the data) and then is driven low again before the second 16xN bit transaction of all "1"s is sent to the MOSI ... | Original |
21 pages, |
LMH0395 LMH0395 abstract |
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| Abstract: daisy-chain configuration of N LMH0395 LMH0395 devices, the host conceptually sees a shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each SPI transaction. SPI Daisy-Chain Write Figure 8 shows the SPI daisy-chain write for a daisy-chain of N devices. The SS signal is driven low and SCK is toggled for 16xN clocks. The 16xN bit MOSI payload (sent to Device 1 in the daisy-chain) consists of the 16-bit SPI write data ... | Original |
21 pages, |
Texas Instruments Launch Pad LMH0395 LMH0395 abstract |
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| Abstract: shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each SPI transaction. SPI Daisy-Chain , low and SCK is toggled for 16xN clocks. The 16xN bit MOSI payload (sent to Device 1 in the daisy-chain , devices. The SPI daisy-chain read is 32xN bits long, consisting of 16xN bits for the read transaction followed by 16xN bits for the dummy read transaction (all "1"s) to shift out the read data on the MISO ... | Original |
22 pages, |
LMH0394 SNLS312J LMH0394 abstract |
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| Abstract: conceptually sees a shift register of length 16xN. Therefore the length of SPI transactions (as previously described) is 16xN bits, and SS must be asserted for 16xN clock cycles for each SPI transaction. SPI , driven low and SCK is toggled for 16xN clocks. The 16xN bit MOSI payload (sent to Device 1 in the , read is 32xN bits long, consisting of 16xN bits for the read transaction followed by 16xN bits for the , low and SCK is toggled for 16xN clocks. The first 16xN bit MOSI payload (sent to Device 1 in the ... | Original |
30 pages, |
LMH0366 259-C LMH0366 abstract |
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| Abstract: 80960Jx Processor Specification Update June 1998 Notice: The 80960 Jx processors may contain design defects or errors known as errata which may cause the 80960 Jx processors' behavior to deviate from published specifications. Current characterized errata are documented in this specification update. Order Number: 272852-005 Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual proper ... | Original |
24 pages, |
AP-727 80960JT 80960JF 80960JD 80960JA 272852 datasheet abstract |
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| Abstract: 80960Jx Processor Specification Update March 1998 Notice: The 80960Jx may contain design defects or errors known as errata. Characterized errata which may cause the the product to deviate from published specifications. Current characterized errata are documented in this Specification Update. Order Number: 272852-003 Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual property righ ... | Original |
22 pages, |
80960JF 80960JD 80960JA datasheet abstract |
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| Abstract: i960® Jx PROCESSOR SPECIFICATION UPDATE Release Date: April, 1997 Order Number: 272852-002 The i960® Jx Processor may contain design defects or errors known as errata which may cause the product to deviate from published specifications. Such errata are not covered by Intel's warranty. Current characterized errata are available on request. Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intel ... | Original |
27 pages, |
intel DOC 80960JF 80960JD 80960JA 272852 datasheet abstract |
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| Abstract: 80960Jx Processor Specification Update February 1999 Notice: The 80960 Jx processors may contain design defects or errors known as errata which may cause the product's behavior to deviate from published specifications. Current characterized errata are documented in this specification update. Order Number: 272852-007 Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual property righ ... | Original |
30 pages, |
80960JT 80960JF 80960JD 80960JA 272852 datasheet abstract |
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| Abstract: 80960Jx Processor Specification Update December 1998 Notice: The 80960 Jx processors may contain design defects or errors known as errata which may cause the product's behavior to deviate from published specifications. Current characterized errata are documented in this specification update. Order Number: 272852-006 Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual property righ ... | Original |
28 pages, |
80960JT 80960JF 80960JD 80960JA 272852 datasheet abstract |
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| - - Module: XC2V_RAM16XN_S - - Description: Distributed SelectRAM example - Single Port 16 x N-bit - Use template "SelectRAM_16S.vhd" - and registered outputs (optional .VCOMPONENTS.ALL; - pragma translate_on - entity XC2V_RAM16XN_S is generic ( data_width : integer := 8 - Replace _RAM16XN_S; - architecture XC2V_RAM16XN_S_arch of XC2V_RAM16XN_S is - - Components Declarations V_RAM16XN_S_arch; - www.datasheetarchive.com/download/96620404-996101ZC/xc2vp_vhdl.zip (XC2V_RAM16XN_S.vhd) |
Xilinx | 15/08/2003 | 90.84 Kb | ZIP | xc2vp_vhdl.zip |
| - - Module: XC2V_RAM16XN_S - - Description: Distributed SelectRAM example - Single Port 16 x N-bit - Use template "SelectRAM_16S.vhd" - and registered outputs (optional .VCOMPONENTS.ALL; - pragma translate_on - entity XC2V_RAM16XN_S is generic ( data_width : integer := 8 - Replace _RAM16XN_S; - architecture XC2V_RAM16XN_S_arch of XC2V_RAM16XN_S is - - Components Declarations V_RAM16XN_S_arch; - www.datasheetarchive.com/download/74866175-996099ZC/xc2v_vhdl.zip (XC2V_RAM16XN_S.vhd) |
Xilinx | 08/08/2003 | 95.41 Kb | ZIP | xc2v_vhdl.zip |
| - - Module: XC3S_RAM16XN_S - - Description: Distributed SelectRAM example - Single Port 16 x N-bit - Use template "RAM_16S.vhd" - and registered outputs (optional) - - Device .VCOMPONENTS.ALL; - pragma translate_on - entity XC3S_RAM16XN_S is generic ( data_width : integer := 8 - Replace _RAM16XN_S; - architecture XC3S_RAM16XN_S_arch of XC3S_RAM16XN_S is - - Components Declarations S_RAM16XN_S_arch; - www.datasheetarchive.com/download/7020033-995973ZC/xapp464_vhdl.zip (XC3S_RAM16XN_S.vhd) |
Xilinx | 11/11/2004 | 7 Kb | ZIP | xapp464_vhdl.zip |
| - - Module: XC2V_RAM16XN_D - - Description: Distributed SelectRAM example - Dual Port 16 x N-bit - Use template "SelectRAM_16D.vhd" - and registered outputs (optional) - - Device .VCOMPONENTS.ALL; - pragma translate_on - entity XC2V_RAM16XN_D is generic ( data_width : integer := 8 - Replace XC2V_RAM16XN_D; - architecture XC2V_RAM16XN_D_arch of XC2V_RAM16XN_D is - - Components ); end generate; - end XC2V_RAM16XN_D_arch; - www.datasheetarchive.com/download/96620404-996101ZC/xc2vp_vhdl.zip (XC2V_RAM16XN_D.vhd) |
Xilinx | 15/08/2003 | 90.84 Kb | ZIP | xc2vp_vhdl.zip |
| - - Module: XC2V_RAM16XN_D - - Description: Distributed SelectRAM example - Dual Port 16 x N-bit - Use template "SelectRAM_16D.vhd" - and registered outputs (optional) - - Device .VCOMPONENTS.ALL; - pragma translate_on - entity XC2V_RAM16XN_D is generic ( data_width : integer := 8 - Replace XC2V_RAM16XN_D; - architecture XC2V_RAM16XN_D_arch of XC2V_RAM16XN_D is - - Components ); end generate; - end XC2V_RAM16XN_D_arch; - www.datasheetarchive.com/download/74866175-996099ZC/xc2v_vhdl.zip (XC2V_RAM16XN_D.vhd) |
Xilinx | 08/08/2003 | 95.41 Kb | ZIP | xc2v_vhdl.zip |
| - - Module: XC3S_RAM16XN_D - - Description: Distributed SelectRAM example - Dual Port 16 x N-bit - Use template "RAM_16D.vhd" - and registered outputs (optional) - - Device .VCOMPONENTS.ALL; - pragma translate_on - entity XC3S_RAM16XN_D is generic ( data_width : integer := 8 - Replace XC3S_RAM16XN_D; - architecture XC3S_RAM16XN_D_arch of XC3S_RAM16XN_D is - - Components ); end generate; - end XC3S_RAM16XN_D_arch; - www.datasheetarchive.com/download/7020033-995973ZC/xapp464_vhdl.zip (XC3S_RAM16XN_D.vhd) |
Xilinx | 11/11/2004 | 7 Kb | ZIP | xapp464_vhdl.zip |
| _64D Submodules (code example): XC2V_RAM16XN_S_SUBM XC2V_RAM32XN RAM32XN RAM32XN RAM32XN_S_SUBM XC2V_RAM64XN RAM64XN RAM64XN RAM64XN_S_SUBM XC2V_RAM128XN RAM128XN RAM128XN RAM128XN_S_SUBM XC2V_RAM16XN_D_SUBM XC2V_RAM32XN RAM32XN RAM32XN RAM32XN_D_SUBM XC2V_RAM64XN RAM64XN RAM64XN RAM64XN_D_SUBM Example www.datasheetarchive.com/download/32573682-996098ZC/xc2v_verilog.zip (readme_distributed_ram_verilog.txt) |
Xilinx | 08/08/2003 | 79.06 Kb | ZIP | xc2v_verilog.zip |
| SELECTRAM_32D SELECTRAM_64D Submodules (code example): XC2V_RAM16XN_S_SUBM XC2V_RAM32XN RAM32XN RAM32XN RAM32XN_S_SUBM XC2V_RAM64XN RAM64XN RAM64XN RAM64XN_S_SUBM XC2V_RAM128XN RAM128XN RAM128XN RAM128XN_S_SUBM XC2V_RAM16XN_D_SUBM XC2V_RAM32XN RAM32XN RAM32XN RAM32XN_D_SUBM XC2V_RAM64XN RAM64XN RAM64XN RAM64XN www.datasheetarchive.com/download/20036882-995972ZC/xapp464_verilog.zip (readme_distributed_ram_verilog.txt) |
Xilinx | 11/11/2004 | 6.48 Kb | ZIP | xapp464_verilog.zip |
| example): XC3S_RAM16XN_S_SUBM XC3S_RAM32XN RAM32XN RAM32XN RAM32XN_S_SUBM XC3S_RAM64XN RAM64XN RAM64XN RAM64XN_S_SUBM XC3S_RAM16XN www.datasheetarchive.com/download/7020033-995973ZC/xapp464_vhdl.zip (readme_distributed_ram_vhdl.txt) |
Xilinx | 11/11/2004 | 7 Kb | ZIP | xapp464_vhdl.zip |
| _64D Submodules (code example): XC2V_RAM16XN_S_SUBM XC2V_RAM32XN RAM32XN RAM32XN RAM32XN_S_SUBM XC2V_RAM64XN RAM64XN RAM64XN RAM64XN_S_SUBM XC2V_RAM128XN RAM128XN RAM128XN RAM128XN_S_SUBM XC2V_RAM16XN_D_SUBM XC2V_RAM32XN RAM32XN RAM32XN RAM32XN_D_SUBM XC2V_RAM64XN RAM64XN RAM64XN RAM64XN_D_SUBM Example www.datasheetarchive.com/download/96620404-996101ZC/xc2vp_vhdl.zip (readme_distributed_ram_vhdl.txt) |
Xilinx | 15/08/2003 | 90.84 Kb | ZIP | xc2vp_vhdl.zip |