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AM5716AABCXEA Texas Instruments Sitara Processor: Arm Cortex-A15 & DSP 760-FCBGA -40 to 105
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AM5718AABCXQ1 Texas Instruments Sitara Processor: Arm Cortex-A15 & DSP, Multimedia 760-FCBGA -40 to 125
TPS6590379ZWSR Texas Instruments Power Management IC (PMIC) for ARM Cortex A15 Processors 169-NFBGA -40 to 85
TPS6590378ZWST Texas Instruments Power Management IC (PMIC) for ARM Cortex A15 Processors 169-NFBGA -40 to 85
AM5K2E02ABD25 Texas Instruments Sitara Processor: Dual ARM Cortex-A15 1089-FCBGA 0 to 85
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Search Stock (13)

  You can filter table by choosing multiple options from dropdownShowing 13 results of 13
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
DKA15A-12 Mean Well Jameco Electronics - $18.49 $18.49
DKA15A-12 Mean Well TME Electronic Components 30 $20.46 $16.90
DKA15A-12 Mean Well Avnet - €29.29 €21.49
DKA15A-12 Mean Well Master Electronics 10 $21.56 $17.82
DKA15A-12 Mean Well Sager - $18.08 $16.92
PSA15A-120P6 Phihong USA Allied Electronics & Automation 5 $10.07 $9.18
PSA15A-120P6 Phihong USA Sager - $10.05 $7.63
SKA15A-12 Mean Well TME Electronic Components 45 $16.00 $13.21
SKA15A-12 Mean Well Avnet 10 €26.89 €19.69
SKA15A-12 Mean Well Master Electronics 10 $20.05 $17.68
SKA15A-12 Mean Well Jameco Electronics - $17.09 $17.09
SKA15A-12 Mean Well Schukat electronic 5 €12.72 €11.62
SKA15A-12 Mean Well Sager - $16.71 $15.64

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A15-A12 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
LE25LA322M

Abstract: NA1310-4 LE25LA322 USP6947325
Text: 16 A15-A12 1PD:32 2: (SPI Mode 0) tCPH CS tCLS tCSS tCLHI tCLLO tCSH tCLH , ) (A15-A8) (A7-A0) High Impedance SO 7 6 5 4 3 2 1 0 7 Data Out(N) Data Out(N+1) A15-A12 , (00000010) (A15-A8) (A7-A0) (N) (N+1) (N+2) (N+31) SO High Impedance A15-A12


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PDF LE25LA322 32Kbit) 32kbit 105/Address 106/Page 32Byte) USP6947325) /O0108 NA1310-1/15 LE25LA322M NA1310-4 LE25LA322 USP6947325
A1678

Abstract: LE25CA322LS LE25CA322M USP6947325 LE25CA322TT SCK 085 RDY1000 A15-A12 CS02H
Text: 03h (WRSR) A15-A8 A7-A0 1 : h 16 A15-A12 1PD:32 2: (SPI Mode 0) tCPH CS , 1 0 7 Data Out(N) Data Out(N+1) A15-A12 023 SI 23 SO No.A1678-8/15 LE25CA322 2 , ) (A15-A8) (A7-A0) (N) (N+1) (N+2) (N+31) SO High Impedance A15-A12 No.A1678


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PDF LE25CA322 32Kbit) 32Kbit 105/Address, 106/Page 32Byte) USP6947325) 20100219-S00008 A1678 LE25CA322LS LE25CA322M USP6947325 LE25CA322TT SCK 085 RDY1000 A15-A12 CS02H
84c15

Abstract: No abstract text available
Text: only from A15-A12 without control signals. Refer to "Functional Description" on-chip select signals , assigned to “ICT" pin on Z84013/015. This signal is decoded only from A15-A12 without control signals , , and compare with A15-A12 of the address. Each Chip Select Signal goes active when: /CSO: (D3-D0 of CSBR) > A15-A12 > 0 /CS1: (D7-D4 of CSBR) > A15-A12 > (D3-D0 of CSBR) (Where CSBR is the contents of , decode logic is decoding only A15-A12 , without any control signals. For more detail, please refer to


OCR Scan
PDF Z84013/015 Z84COO Z84C30 Z84C4X Z84C15 Z84015 Z84C20 84-pin Z84013 Z84ibility 84c15
A15-A12

Abstract: No abstract text available
Text: Z84013/015. This signal is decoded only from A15-A12 without control signals. Refer to "Functional , been assigned to " ICT" pin on Z84013/015. This signal is decoded only from A15-A12 without control , Z84013/015. The boundary value for each Chip Select Signal is 4 bits wide, and compare with A15-A12 of the address. Each Chip Select Signal goes active when: /CS0: (D3-D0 of CSBR) > A15-A12 > 0 /CS1: (D7-D4 of CSBR) > A15-A12 > (D3-D0 of CSBR) (Where CSBR is the contents of Chip Select Boundary Register


OCR Scan
PDF Z84C00 Z84C30 Z84C4X Z84C15 Z84015 Z84C20 84-pin Z84013 A15-A12
CTC 313

Abstract: pin diagram of XL 08 X222 zilog z84c Z80 PIO CTC SIO DMA MCR 100-6 P ZOT03 Z84013 Z84015 Z84C00 Z84C15
Text: pin on Z84013/015. This signal is decoded only from A15-A12 without control signals. Refer to , is decoded only from A15-A12 without control signals. Refer to "Functional Description" on-chip , , and compare with A15-A12 of the address. Each Chip Select Signal goes active when: /CS0: (D3-D0 of CSBR) > A15-A12 > 0 /CS1: (D7-D4 of CSBR) > A15-A12 > (D3-D0 of CSBR) (Where CSBR is the contents of , Note that a glitch may be observed on these pins because address decode logic is decoding only A15-A12


OCR Scan
PDF Z84013/015 Z84C13/Z84C15 Z84COO Z84C30 Z84C4X Z84C15 Z84015 Z84C20 Z84013 Z84C00 CTC 313 pin diagram of XL 08 X222 zilog z84c Z80 PIO CTC SIO DMA MCR 100-6 P ZOT03
Not Available

Abstract: No abstract text available
Text: pin has been assigned to “ ICT” pin on Z84013/015. This signal is decoded only from A15-A12 , has been assigned to "ICT” pin on Z84013/015. This signal is decoded only from A15-A12 without , theZ84013/015. The boundary value for each Chip Select Signal is 4 bits wide, and compare with A15-A12 of the address. Each Chip Select Signal goes active when: /CSO: (D3-D0 of CSBR) > A15-A12 > 0 /CS1: (D7-D4 of CSBR) A15-A12 > (D3-D0 of CSBR) (Where CSBR is the contents of Chip Select Boundary Register


OCR Scan
PDF 84-pin Z84C00 Z84C30 Z84C4X Z84C15 Z84015 Z84C20 Z84C15 Z8400nS 100nS
Z84 D

Abstract: z80pio Z80CPU Ates
Text: Z84013/015 This signal is decoded only from A15-A12 without control signals. Refer to "Functional , pin has been assigned to "ICT" pin on Z84013/015. This signal is decoded only from A15-A12 without , , and compare wilh A15-A12 ol the address. Each Chip Select Signal goes active when: /CSO; (D3-D0 of CS8R) i> A15-A12 2: O' /CS1: (D7-D4 of CSBR)2A15-A12> (D3-D0ofCSBR) (Where CSBR is the contents ol Chip , served on these pins because address decode logic is decoding only A15-A12 , without any control signals


OCR Scan
PDF Z84C00 Z84C30 Z84C4X Z84C15 Z84015 Z84C20 84-pin Z84013 100-pin Z84 D z80pio Z80CPU Ates
Not Available

Abstract: No abstract text available
Text: Z84013/015. This signal is d e co de d only from A15-A12 without control signals. Refer to "Functional , only from A15-A12 without control signals. Refer to “Functional Description" on-chip select signals , Select Signal is 4 bits wide, and com pare with A15-A12 of the address. Each Chip Select Signal goes active when: /CSO: (D3-D0 of CSBR) > A 1 5 -A 12 > 0 /CS1: (D7-D4 of CSBR) > A15-A12 > (D3-D0 ol CSBR , ­ served on these pins because address decode logic is decoding only A15-A12 , without any control signals


OCR Scan
PDF Z84C00 Z84C30 Z84C4X Z84C15 Z84015 84-pin 100nS 130nS 10MHz
Not Available

Abstract: No abstract text available
Text: e coded only from A15-A12 without control signals. Refer to “Functional Description" o n-chip , been assigned lo "ICT" pin on Z84013/015. This signal is d e coded only from A15-A12 without control , value for each Chip Select Signal is 4 bits wide, and com pare with A15-A12 of the address. Each Chip Select Signal goes active when: /CSO: (D3-D0 of CSBR) > A15-A12 > 0 /C S 1: (D7-D4 of CSBR) > A15-A12 , that a glitch may be ob­ served on these pins because address decode logic is decoding only A15-A12


OCR Scan
PDF 84-pin Z84C00 Z84C30 Z84C4X Z84C15 Z84015 Z84C20 150nS 130nS 100nS
Z84C1510

Abstract: Z80 PIO CTC SIO DMA 284C1516 Z84C15 LN015 tda 2030 ic 5 pins zilog z80 ClX00-D7 Z84C00 Z84015
Text: from A15-A12 without control signals. Refer to "Functional Description" on-chip select signals for , from A15-A12 without control signals. Refer to Functional Description on-chip select signals for , CSBR) > A15-A12 S 0 /CS1: (D7-D4 of CSBR) > A15-A12 > (D3-D0 of CSBR) (Where CSBR is the contents of , on these pins because address decode logic Is decoding only A15-A12 , without any control signals. For


OCR Scan
PDF z84015/z84c15 Z84015 Z84C00 100-Pin Z84C15 32-Bit Z84C1510 Z80 PIO CTC SIO DMA 284C1516 LN015 tda 2030 ic 5 pins zilog z80 ClX00-D7
f0123h

Abstract: F0124H F0114H F0103H F0102H F0112h f0134h F0122H nec f0134H F0113H
Text: 4 K - - - - - - A11-A8 AD7-AD0 64 K - - - - - A15-A12 A11-A8 AD7-AD0 - - - - A19-A16 A15-A12 A11-A8 AD7-AD0 256 - - , - A11-A8 A7-A4 A3-A0 D7-D0 64 K - - - A15-A12 A11-A8 A7-A4 A3-A0 D7-D0 - - A19-A16 A15-A12 A11-A8 A7-A4 A3-A0 D7-D0 256 - - - , D11-D8 D7-D0 64 K - A15-A12 A11-A8 A7-A4 A3-A0 D15-D12 D11-D8 D7-D0


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PDF 78K0R/KH3 78K0R/KH378K0R16 PD78F1178 PD78F1177 PD78F1176 PD78F1175 PD78F1174 CMOS107 10BCD U18050JJ1V1PM f0123h F0124H F0114H F0103H F0102H F0112h f0134h F0122H nec f0134H F0113H
f0123h

Abstract: F0124H F0114H nec f0114h F0102H nec f0134H F0103H nec f0123h F0124H NEC f0134h
Text: - A11-A8 AD7-AD0 64 K - - - - - A15-A12 A11-A8 AD7-AD0 - - - - A19-A16 A15-A12 A11-A8 AD7-AD0 256 - - - - - D15-D12 , A3-A0 D7-D0 64 K - - - A15-A12 A11-A8 A7-A4 A3-A0 D7-D0 - - A19-A16 A15-A12 A11-A8 A7-A4 A3-A0 D7-D0 256 - - - A7-A4 A3-A0 D15-D12 , A15-A12 A11-A8 A7-A4 A3-A0 D15-D12 D11-D8 D7-D0 A19-A16 A15-A12 A11-A8


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PDF 78K0R/KJ3 78K0R/KJ378K0R16 PD78F1188 PD78F1187 PD78F1186 PD78F1185 PD78F1184 CMOS123 10BCD U18316JJ1V1PM f0123h F0124H F0114H nec f0114h F0102H nec f0134H F0103H nec f0123h F0124H NEC f0134h
2008 - S25A08

Abstract: s25a16 S25a320a 25A160 S-25A320A0A-J8T2UD S25A32 S25A080A S-25A080A0A-J8T2UD S-25A160A0A-T8T2UD 25a08
Text: No file text available


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PDF S-25A080A/160A/320A S-25A080A S-25A160A S-25A320A FT008-A-P-SD-1 FT008-E-C-SD-1 S25A08 s25a16 S25a320a 25A160 S-25A320A0A-J8T2UD S25A32 S25A080A S-25A080A0A-J8T2UD S-25A160A0A-T8T2UD 25a08
Not Available

Abstract: No abstract text available
Text: HT82011 Pad Description P ad No 1-4 5 P a d N am e A15-A12 PWR VO 0 0 In te rn a l C o n n ectio n CMOS CMOS D e sc rip tio n s Connect to external ROM address pins of A15-A12 For an external amplifier


OCR Scan
PDF 12-bit 58MHz HT82011 58MHz A17/CS3 A18/CS2 A19/CS1
1998 - IS26F160

Abstract: parallel flash 5v 16M-bit
Text: -Auxilary Address A15-A12 0H for main array 5H device information sector 4 -Four reserved bytes , -Auxilary Address A15-A12 0H for main array Ready? (99 99H) No* -Four reserved bytes R31-R0 (00 00


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PDF IS26F080A IS26F160 16M-BIT 10K/100K IS26F080A-3T-R IS26F080A-5T-R 16M-bit IS26F160-3T-R IS26F160 parallel flash 5v 16M-bit
MX29F100T

Abstract: No abstract text available
Text: Verify 12V 5V OE tVLHT tVLHT tWPP 1 WE tOESP CE Data 01H tOE A15-A12 Sector , Verify 12V 5V OE tVLHT tVLHT tWPP 2 WE tOESP CE Data 00H tOE A15-A12 Sector


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PDF MX29F100T/B 128Kx8/64Kx16] 131072x8/ 65536x16 55/70/90/120ns 16K-Bytex1, 32K-Bytex1, 64K-Byte FEB/04/1999 PM0548 MX29F100T
1998 - Not Available

Abstract: No abstract text available
Text: 5V OE tVLHT tWPP 1 tVLHT WE tOESP CE Data tOE 01H A15-A12 Sector Address , 12V 5V OE tVLHT tWPP 2 tVLHT WE tOESP CE Data tOE 00H A15-A12 Sector Address P , following Note! CE Data Don't care tOE 01H A15-A12 Sector Address Note: Must issue , A15-A12 Sector Addresss Note: Must issue "unlock for sector protect/unprotect" command before sector


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PDF MX29F100T/B 128Kx8/64Kx16] 131072x8/ 65536x16 70/90/120ns 16K-Bytex1, 32K-Bytex1, 64K-Byte PM0548
Not Available

Abstract: No abstract text available
Text: address inputs to the device. A part of the upper byte of the address bus ( A15-A12 ) is compared against , ­ tion of the memory access cyde. Boundaries are written in 4K segments (address lines A15-A12 ). , A15-A12 are stored into the respective register. These values are used in comparison against the adual , , address line values for A15-A12 should be programmed here. Com­ parisons on memory addresses are made


OCR Scan
PDF Z84C80 Z8500 68-pin multi-purTw-80 Tw-80 Z8530 84C80
CSBR

Abstract: zilog z84c
Text: pin has been assigned to "ICT" pin on Z84013/015. This signal is d e co d e d only from A15-A12 , signal is d e co de d only from A15-A12 without control signals. Refer to "Functional D escription" o , for each Chip Select Signal is 4 bits wide, and com pare with A15-A12 of the address. Each Chip Select Signal goes active when: /CS0: (D3-D0 of CSBR) > A15-A12 > 0 /CS1: (D7-D4 of CSBR) > A15-A12 > (D3-D0 of , observed on these pins because address decode logic is decoding only A15-A12 , without any control signals


OCR Scan
PDF Z84013/015 Z84C13/Z84C15 Z84C00 Z84C4X Z84C15 Z84015 Z84013 10MHz 16MHz* CSBR zilog z84c
1998 - Transistor d2112

Abstract: NX26F NX26F011A NX26F041A NXSF009A-0599 D2112 d2112 transistor NX26Mxxx 9999H
Text: * Yes Output one clock to wake device from stand-by -Auxilary Address A15-A12 0H for main array , ) -Device Address DA3-DA0 (per state of A3, A2, A1, A0 pins) 6 -Auxilary Address A15-A12 0H for main


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PDF NX26F011A NX26F041A 10K/100K NXSF009A-0599 Transistor d2112 NX26F NX26F011A NX26F041A NXSF009A-0599 D2112 d2112 transistor NX26Mxxx 9999H
1998 - NEXFLASH

Abstract: 000h-7FFh transistor a1512 parallel flash 5v 16M-bit NX26Mxxx NEXFLASH TECHNOLOGIES NXSF006E-0801 26F160-3T-RS1
Text: -Auxilary Address A15-A12 0H for main array 5H device information sector 4 -Four reserved bytes , ) 6 -Auxilary Address A15-A12 0H for main array Ready? (99 99H) No* -Four reserved bytes


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PDF NX26F080A NX26F160 16M-BIT 10K/100K 16M-bits NXSF006E-0801 NEXFLASH 000h-7FFh transistor a1512 parallel flash 5v 16M-bit NX26Mxxx NEXFLASH TECHNOLOGIES NXSF006E-0801 26F160-3T-RS1
1998 - Not Available

Abstract: No abstract text available
Text: -Auxilary Address A15-A12 0H for main array 5H device information sector 4 -Four reserved bytes , ) 6 -Auxilary Address A15-A12 0H for main array Ready? (99 99H) No* -Four reserved bytes


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PDF NX26F080A NX26F160 16M-BIT 10K/100K NXSF006A-0399
1998 - NX26F

Abstract: NXSF006B-0899 NX26Mxxx NX-SFK-NXS
Text: -Auxilary Address A15-A12 0H for main array 5H device information sector 4 -Four reserved bytes , ) 6 -Auxilary Address A15-A12 0H for main array Ready? (99 99H) No* -Four reserved bytes


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PDF NX26F080A NX26F160 16M-BIT 10K/100K 16M-bits NXSF006B-0899 NX26F NXSF006B-0899 NX26Mxxx NX-SFK-NXS
1998 - NX26F011A

Abstract: NX26F041A NXSF009A-0599 NX26Mxxx transistor a1512
Text: * Yes Output one clock to wake device from stand-by -Auxilary Address A15-A12 0H for main array , ) -Device Address DA3-DA0 (per state of A3, A2, A1, A0 pins) 6 -Auxilary Address A15-A12 0H for main


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PDF NX26F011A NX26F041A 10K/100K NXSF009A-0599 NX26F011A NX26F041A NXSF009A-0599 NX26Mxxx transistor a1512
1998 - Not Available

Abstract: No abstract text available
Text: -Auxilary Address A15-A12 0H for main array 5H device information sector 4 -Four reserved bytes , ) 6 -Auxilary Address A15-A12 0H for main array Ready? (99 99H) No* -Four reserved bytes


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PDF NX26F080A NX26F160 16M-BIT 10K/100K NXSF015B-0899
Supplyframe Tracking Pixel