The Datasheet Archive

AT6002-2QX datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
AT6002-2QX AT6002-2QX ECAD Model Atmel FPGA: AT6000 Family: SRAM Switch Tech.: Reprogrammable: 1024 Logic Cells: 1024 Reg.: 5V Supply: 2 Speed Grade: 132QFP Original PDF

AT6002-2QX Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
bl043

Abstract: b1031 A032b l046a L064A
Text: No file text available


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PDF 29-ATMEL 0264D/F6G-H-9/96/ bl043 b1031 A032b l046a L064A
1995 - tl o84

Abstract: AT60054QI TL O74 tl o71 m6 90 v-0 fyl 5042 ugc AT6010 AT6005 AT6003 AT6002
Text: No file text available


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PDF AT6000 S010H-4QC AT6010A-4AI AT6010A-4QI AT6010-4UI AT6010H-4UI tl o84 AT60054QI TL O74 tl o71 m6 90 v-0 fyl 5042 ugc AT6010 AT6005 AT6003 AT6002
1999 - d4184

Abstract: transistor N14 193 atmel application note AT6002 AT6003 AT6005 AT6010
Text: No file text available


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PDF 0264F 10/99/xM d4184 transistor N14 193 atmel application note AT6002 AT6003 AT6005 AT6010
084BI

Abstract: L084A bl043 I020A at6003-2qi L064A 10104A
Text: No file text available


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PDF AT6010A-4AC AT6010-4QC AT6010-4JC AT6010A-4QC AT6010H-4QC AT6010ALV-4AC AT6010LV-4QC AT6010LV-4JC AT6010ALV-4QC AT6010HLV-4QC 084BI L084A bl043 I020A at6003-2qi L064A 10104A
1999 - Configuration Compression Algorithm

Abstract: AT6002 AT6005
Text: No file text available


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PDF AT6000 0476C 09/99/xM Configuration Compression Algorithm AT6002 AT6005
1997 - TL O74

Abstract: AT6002 AT6003 AT6005 AT6010
Text: No file text available


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PDF AT6000/LV AT6010ALV-4QC AT6010HLV-4QC AT6010A-4AI AT6010-4QI AT6010-4JI AT6010A-4QI AT6010H-4QI TL O74 AT6002 AT6003 AT6005 AT6010
CYB991V

Abstract: SKE 4F 42TU IDT5V993A IDT5V991A IDT5993A IDT5992A IDT5991A CY7B992 Wiring Diagram logo
Text: are locked at 25MHz while 1Qx, 2Qx and 4Qx outputs run at 100MHz. The 1Qx, 2Qx and 3Qx outputs are , outputs are locked at 50MHz while 1Qx, 2Qx and 3Qx outputs run at 100MHz. The 1Qx, 2Qx and 4Qx outputs , at 50MHz while 1Qx, 2Qx and 3Qx outputs run at 100MHz. The 1Qx, 2Qx and 3Qx outputs are skewed by , while 1Qx, 2Qx and 3Qx outputs run at 85MHz. The 1Qx, 2Qx and 4Qx outputs are skewed by programming , causes the PLL to increase its frequency until 3Q0 and 3Q1 outputs are locked at 21.25MHz while 1Qx, 2Qx


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PDF IDT5991A, IDT5992A, IDT5993A, IDT5V991A, IDT5V993A, IDT5V994 AN-226 CYB991V SKE 4F 42TU IDT5V993A IDT5V991A IDT5993A IDT5992A IDT5991A CY7B992 Wiring Diagram logo
1995 - x2678

Abstract: AT6002 AT6005
Text: No file text available


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PDF AT6000 AT6002 AT6005 x2678 AT6002 AT6005
AT6005A-4AC

Abstract: Inverter TBE
Text: No file text available


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PDF xA/200 Slew-Rat144A AT6000 AT6005A-4AC Inverter TBE
L084A

Abstract: bl043 bl083 T6005A ed84 L064A
Text: No file text available


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PDF AT6000/LV Configurabl208Q L084A bl043 bl083 T6005A ed84 L064A
CYB991V

Abstract: 42TU IDT5V994 IDT5V993A IDT5V991A IDT5993A IDT5992A IDT5991A CY7B992 CY7B991
Text: PLL to increase its frequency until 3Q0 and 3Q1 outputs are locked at 25MHz while 1Qx, 2Qx and 4Qx outputs run at 100MHz. The 1Qx, 2Qx and 3Qx outputs are skewed by programming their select inputs , PLL to increase its frequency until 3Q0 and 3Q1 outputs are locked at 50MHz while 1Qx, 2Qx and 3Qx outputs run at 100MHz. The 1Qx, 2Qx and 4Qx outputs are skewed by programming their select inputs , frequency until 4Q0 and 4Q1 outputs are locked at 50MHz while 1Qx, 2Qx and 3Qx outputs run at 100MHz. The


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PDF IDT5991A, IDT5992A, IDT5993A, IDT5V991A, IDT5V993A, IDT5V994 AN-226 CYB991V 42TU IDT5V994 IDT5V993A IDT5V991A IDT5993A IDT5992A IDT5991A CY7B992 CY7B991
1997 - AT6002

Abstract: AT6005
Text: No file text available


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PDF AT6000 AT6002 AT6005 0476B AT6002 AT6005
SKE 1/16

Abstract: diode SKE 1/16 SE 3F1 42TU SKE 4F CY7B992 QS5992 QS5993 QS5V991 QS5V993
Text: frequency until 3Q0 and 3Q1 outputs are locked at 25 MHz while 1Qx, 2Qx and 4Qx outputs run at 100 MHz. The 1Qx, 2Qx and 3Qx outputs are skewed by programming their select inputs accordingly (Refer to , frequency until 3Q0 and 3Q1 outputs are locked at 50 MHz while 1Qx, 2Qx and 3Qx outputs run at 100 MHz. The 1Qx, 2Qx and 4Qx outputs are skewed by programming their select inputs accordingly (Refer to , are locked at 50 MHz while 1Qx, 2Qx and 3Qx outputs run at 100 MHz. The 1Qx, 2Qx and 3Qx outputs are


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PDF QS5991, QS5992, QS5993, QS5V991, QS5V993 AN-226 SKE 1/16 diode SKE 1/16 SE 3F1 42TU SKE 4F CY7B992 QS5992 QS5993 QS5V991 QS5V993
1994 - 1QX 350C

Abstract: 74AS CY7B991 CY7B992 MC10E101 MC10E163 R3000 SRAM 8T
Text: corresponding 3Fx inputs should be set as 3F1= MID and 3F0=HIGH. Any one of 1Qx, 2Qx , or 4Qx outputs may be , 4Qx outputs. In this configuration, the 2Qx outputs could be programmed to have any one of 0tU through , skew on 2Qx . Note that even though the 1Qx outputs are programmed to have ­4tU skew, they are forced , observing Table 3, titled as "1Qx/ 2Qx Output Connected to FB Input," one may select the 1Q0 to be used as , instead of generating a 0 TU output on 2Qx , it is required to have the 2Qx signals advanced by 2tU, then


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PDF CY7B991 CY7B992, RoboCloc1998. 1QX 350C 74AS CY7B992 MC10E101 MC10E163 R3000 SRAM 8T
1994 - 74AS

Abstract: CY7B991 CY7B992 MC10E101 MC10E163 R3000
Text: corresponding 3Fx inputs should be set as 3F1= MID and 3F0=HIGH. Any one of 1Qx, 2Qx , or 4Qx outputs may be , 4Qx outputs. In this configuration, the 2Qx outputs could be programmed to have any one of 0tU through , skew on 2Qx . Note that even though the 1Qx outputs are programmed to have ­4tU skew, they are forced , 3, titled as "1Qx/ 2Qx Output Connected to FB Input," one may select the 1Q0 to be used as FB, and , output on 2Qx , it is required to have the 2Qx signals advanced by 2tU, then this can be accomplished


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PDF CY7B991 CY7B992, 74AS CY7B992 MC10E101 MC10E163 R3000
1997 - 2t transistor

Abstract: dot matrix printer circuit diagram datasheet CY7B991 CY7B9911 CY7B992 MC10E101 MC10E163 R3000
Text: corresponding 3Fx inputs should be set as 3F1= MID and 3F0=HIGH. Any one of 1Qx, 2Qx , or 4Qx outputs may be , 4Qx outputs. In this configuration, the 2Qx outputs could be programmed to have any one of 0tU through , skew on 2Qx . Note that even though the 1Qx outputs are programmed to have ­4tU skew, they are forced , 3, titled as "1Qx/ 2Qx Output Connected to FB Input," one may select the 1Q0 to be used as FB, and , output on 2Qx , it is required to have the 2Qx signals advanced by 2tU, then this can be accomplished


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PDF CY7B991/CY7B992 CY7B991 CY7B992, 2t transistor dot matrix printer circuit diagram datasheet CY7B9911 CY7B992 MC10E101 MC10E163 R3000
SKE 4F

Abstract: 42TU IDT5V9950 AN-228 IDT5T995 IDT5T9950 IDT5V995
Text: and 3Q1 outputs are locked at 40MHz while 1Qx, 2Qx and 4Qx outputs run at 160MHz. The 1Qx, 2Qx and , and 3Q1 outputs are locked at 80MHz while 1Qx, 2Qx and 3Qx outputs run at 160MHz. The 1Qx, 2Qx and , 26.67MHz. The FB input and 4Q0 output will then be six times 26.67MHz or 160MHz. The 1Qx, 2Qx and 3Qx , 13.33MHz. The FB input and 1Q0 output will then be twelve times 13.33MHz or 160MHz. The 2Qx , 3Qx and 4Qx , outputs are locked at 100MHz while 1Qx, 2Qx and 3Qx outputs run at 200MHz. The 1Qx, 2Qx and 4Qx outputs


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PDF AN-228 IDT5V995, IDT5V9950, IDT5T995/A, IDT5T9950/A SKE 4F 42TU IDT5V9950 AN-228 IDT5T995 IDT5T9950 IDT5V995
1995 - 74AS

Abstract: CY7B991 CY7B992 MC10E101 MC10E163 R3000 ECL81 block diagram of dot matrix printer for numbers only
Text: =HIGH. Any one of 1Qx, 2Qx , or 4Qx outputs may be used as FB input, by leaving its corresponding 1Fx, 2Fx , ) function on 4Qx outputs. In this configuration, the 2Qx out puts could be programmed to have any one of , generate +7tU skew on 2Qx . Note that even though the 1Qx outputs are programmed to have -4tU By this , simplest is presented. By observing Table 3, titled as 1Qx/ 2Qx Output Connected to FB Input," one may , and pull example, if instead of generating a 0 TU output on down resistors. 2Qx , it is


Original
PDF LOG00020494 74AS CY7B991 CY7B992 MC10E101 MC10E163 R3000 ECL81 block diagram of dot matrix printer for numbers only
1994 - 74AS

Abstract: CY7B991 CY7B992 MC10E101 MC10E163 R3000
Text: inputs should be set as 3F1= MID and 3F0=HIGH. Any one of 1Qx, 2Qx , or 4Qx outputs may be used as FB , 4Qx outputs. In this configuration, the 2Qx outputs could be programmed to have any one of 0tU , +7tU skew on 2Qx . Note that even though the 1Qx outputs are programmed to have ­4tU skew, they are , 3, titled as "1Qx/ 2Qx Output Connected to FB Input," one may select the 1Q0 to be used as FB, and , output on 2Qx , it is required to have the 2Qx signals advanced by 2tU, then this can be accomplished


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PDF CY7B991 CY7B992, 74AS CY7B992 MC10E101 MC10E163 R3000
2014 - TLE9266

Abstract: No abstract text available
Text: System Basis Chip TLE9266- 2QX System Basis Chip Body System IC with Integrated Voltage , Low-Side Switches including Wake Inputs. Data Sheet Rev. 1.1, 2014-02-01 Automotive Power TLE9266- 2QX , TLE9266- 2QX Table of Contents 9 9.1 9.2 9.2.1 9.2.2 9.2.3 9.3 Low-Side Switch . . . . . . . . . , TLE9266- 2QX Table of Contents 15.1.1 15.1.2 15.2 15.2.1 15.2.2 15.2.3 15.2.4 15.3 15.4 15.5 , 119 119 122 123 Rev. 1.1, 2014-02-01 System Basis Chip 1 TLE9266- 2QX Overview


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PDF TLE9266-2QX TLE9266
2013 - Not Available

Abstract: No abstract text available
Text: System Basis Chip TLE9266- 2QX System Basis Chip Body System IC with Integrated Voltage , Low-Side Switches including Wake Inputs. Data Sheet Rev. 1.0, 2013-07-01 Automotive Power TLE9266- 2QX , TLE9266- 2QX Table of Contents 9 9.1 9.2 9.2.1 9.2.2 9.2.3 9.3 Low-Side Switch . . . . . . . . . , TLE9266- 2QX Table of Contents 15.1.1 15.1.2 15.2 15.2.1 15.2.2 15.2.3 15.2.4 15.3 15.4 15.5 , 119 119 122 123 Rev. 1.0, 2013-07-01 System Basis Chip 1 TLE9266- 2QX Overview


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PDF TLE9266-2QX
1999 - FPGA-based FIR Filter Using Bit-Serial Digital Signal Processing

Abstract: vhdl code of carry save adder detail of half adder ic vhdl code of carry save multiplier carry save adder vhdl code for 8-bit serial adder ATMEL 322 circuit diagram of half adder vhdl for carry save adder full adder circuit using xor and nand gates
Text: No file text available


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PDF AT6002 AT6000 0529C 09/99/xM FPGA-based FIR Filter Using Bit-Serial Digital Signal Processing vhdl code of carry save adder detail of half adder ic vhdl code of carry save multiplier carry save adder vhdl code for 8-bit serial adder ATMEL 322 circuit diagram of half adder vhdl for carry save adder full adder circuit using xor and nand gates
42TU

Abstract: AN-228 IDT5T995 IDT5T9950 IDT5V995 IDT5V9950 IDT5
Text: frequency until 3Q0 and 3Q1 outputs are locked at 40MHz while 1Qx, 2Qx and 4Qx outputs run at 160MHz. The 1Qx, 2Qx and 3Qx outputs are skewed by programming their select inputs accordingly (Refer to Table 5 , frequency until 3Q0 and 3Q1 outputs are locked at 80MHz while 1Qx, 2Qx and 3Qx outputs run at 160MHz. The 1Qx, 2Qx and 4Qx outputs are skewed by programming their select inputs accordingly (Refer to Table 4 , 26.67MHz. The FB input and 4Q0 output will then be six times 26.67MHz or 160MHz. The 1Qx, 2Qx and 3Qx


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PDF AN-228 IDT5V995, IDT5V9950, IDT5T995/A, IDT5T9950/A 42TU AN-228 IDT5T995 IDT5T9950 IDT5V995 IDT5V9950 IDT5
42TU

Abstract: AN-228 IDT5T995 IDT5T9950 IDT5V995 IDT5V9950 SKE 4F
Text: frequency until 3Q0 and 3Q1 outputs are locked at 40MHz while 1Qx, 2Qx and 4Qx outputs run at 160MHz. The 1Qx, 2Qx and 3Qx outputs are skewed by programming their select inputs accordingly (Refer to Table 5 , frequency until 3Q0 and 3Q1 outputs are locked at 80MHz while 1Qx, 2Qx and 3Qx outputs run at 160MHz. The 1Qx, 2Qx and 4Qx outputs are skewed by programming their select inputs accordingly (Refer to Table 4 , 26.67MHz. The FB input and 4Q0 output will then be six times 26.67MHz or 160MHz. The 1Qx, 2Qx and 3Qx


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PDF AN-228 IDT5V995, IDT5V9950, IDT5T995/A, IDT5T9950/A 42TU AN-228 IDT5T995 IDT5T9950 IDT5V995 IDT5V9950 SKE 4F
Not Available

Abstract: No abstract text available
Text: No file text available


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PDF AT6000 A0-A16 1D74177 0QD734Ã
Supplyframe Tracking Pixel