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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
74FCT166245ATPF 74FCT166245ATPF ECAD Model Renesas Electronics Corporation LIGHT DRIVE/16BIT BIDIREC
74FCT166245TPV8/C 74FCT166245TPV8/C ECAD Model Renesas Electronics Corporation LIGHT DRIVE/16BIT BIDIREC
74LVC16501APVG8 74LVC16501APVG8 ECAD Model Renesas Electronics Corporation 16BIT BUFF / DRIVER
74LVC16646APA8 74LVC16646APA8 ECAD Model Renesas Electronics Corporation 16BIT BUFF / DRIVER
74LVC16652APV8 74LVC16652APV8 ECAD Model Renesas Electronics Corporation 16BIT TRANSCEIVER / REGIS
74LVCH16344APA 74LVCH16344APA ECAD Model Renesas Electronics Corporation 16BIT BUFF / DRIVER

16-bits Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
BCD DIVISION

Abstract: binary multiplier circuit binary bcd conversion 8 bit multiplier HT-IDE3000 MCD162-16 TO1
Text: is high 8- bits , to0 is low 8- bits ) Return Stack used none Return , to1, to0 (to1 is high 8- bits , to0 is low 8- bits ) none UNBIN_SUB_8 8-bit binary unsigned subraction calculation summand - data0 addend - data4 to1, to0 (to1 is high 8- bits , to0 is low 8- bits ) none , (to1 is high 8- bits , to0 is low 8- bits ) 1 UNBIN_MUL_8 8-bit binary unsigned multiplication calculation multiplicand - data0 multiplier - data4 to1, to0 (to1 is high 8- bits , to0 is low 8- bits


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PDF HA0014E 16-bit, 24-bit 32-bit BCD DIVISION binary multiplier circuit binary bcd conversion 8 bit multiplier HT-IDE3000 MCD162-16 TO1
eprom rom 512k x 16 bits

Abstract: No abstract text available
Text: MBS38200 x 16 pcs MBM27C1001 x 2 pcs MBM27C1001 x 4 pcs MBM27C1001 X Organization 512K x 8 bits 256K x 16 bits 1M x8b its 512Kx 16 bite 2M x 8 bits 1M x 16 bits 4M x 8 bits 2M x 16 bits 8M x 8 bits 4M x 16 bits 16M x 8 bits 8M x 16 bits 256K x 8 bits 128K x 16 bits 512K x 8 bits 256K x 16 bits 1M x 8 bits 512Kx 16 bits 12BK x 8 bits 64K x 16 bits 256K x 8 bits 128K x 16 bits 512K x 8 bits 256K x 16 bits 1M x8bits 512K x 16 bits 64K x 8 bits 32K x 16 bits 128K x 8 bits 64K x 16 bits 256K x 8 bits


OCR Scan
PDF MB98A5090 96A5100 98A5110 MB98A5120 98A5130 98A5140 MB98A608A 98A609A 96A610A MB98A6070 eprom rom 512k x 16 bits
PDIP8

Abstract: .54 sot-23-6 93c66b soic8 25LC640I LM3670MFX-0.8
Text: -I/P 93LC86BT-I/OT 93C86C-I/P Density 1K bits (×8) 1K bits (×8) 1K bits (×8) 1K bits (×8) 1K bits (×8) 1K bits (×8 or ×16) 1K bits (×8 or ×16) 1K bits (×8 or ×16) 1K bits (×8 or ×16) 1K bits (×8 or ×16) 1K bits (×16) 1K bits (×16) 1K bits (×16) 1K bits (×16) 1K bits (×16) 1K bits (x16) 1K bits (x16) 2K bits (×8) 2K bits (×8) 2K bits (×8) 2K bits (×8) 2K bits (×8) 2K bits (×8) 2K bits (×8) 2K bits (×8) 2K bits (×8) 2K bits (×8 or ×16) 2K bits (×16) 2K bits (×16) 2K bits (×16) 4K bits (×8) 4K bits (×8) 4K


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PDF 93C46A-I/SN 93C46A-I/P 93LC46A-I/SN 93LC46A-I/P 93AA46A-I/SN 93C46C-I/MS 93C46C-I/P 93C46C-I/SN 93LC46C-I/MS 93AA46C-I/MS PDIP8 .54 sot-23-6 93c66b soic8 25LC640I LM3670MFX-0.8
1999 - CSR Bluetooth 4.0

Abstract: 7 bit hamming code ARM7 instruction set for atmel circuit diagram of voice recognition crystal oscilator 600070 4.20 mA Transmitter 8 bit data encoder ARM7 instruction set BT 169 D
Text: : 800000 hex R/W 16-bits Bits 15.4 Bit 3 Bit 2 18 PIR1[15:4] HIA AIH HIAEN 8- bits , enabled. Reserved Table MIR1 - Processor Interface Register 2 (PIR2) Addr: 800004 hex R/W 16-bits , (PIR3) Addr: 800008 hex R/W 16-bits Bits 15.8 Bits 7.0 Note: PIR3[15:8] General , MIR3 - Processor Interface Register 4 (PIR4) Addr: 80000C hex R/W 16-bits Bits 15.8 Bits , ) Table MIR4 - Processor Interface Register 5 (PIR5) Addr: 800010 hex R/W 16-bits Bits 15.8 Bits


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PDF 11/99/xM CSR Bluetooth 4.0 7 bit hamming code ARM7 instruction set for atmel circuit diagram of voice recognition crystal oscilator 600070 4.20 mA Transmitter 8 bit data encoder ARM7 instruction set BT 169 D
2004 - frequency counter using 8051

Abstract: M001 timer DOWN COUNTER using 8051 atmel 8051 microcontrollers hardware manual 8051 example programs Atmel 8051 Architecture atmel 8051 datasheet M0000 4345A 8051 assembler
Text: in mode 1 (16 bits timer) * with a software gate. * The 16-bits register consist of all 8 bits of , timer) * with a hardware gate. * The 16-bits register consist of all 8 bits of TH0 and all 8 bits , . * The 16-bits register consist of all 8 bits of TH0 and all 8 bits * of TL0. * FUNCTION_INPUTS: P3 , counter) * with a hardware gate. The counter count up at each negative transition. * The 16-bits , /* * FUNCTION_PURPOSE: This file set up timer 1 in mode 1 (16 bits timer) * with a software gate. * The 16-bits


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PDF
2009 - IPC 7353

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


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PDF ECR15b 92HD89F 92HD89F 10-channel 24-bit 192kHz. IPC 7353
2012 - spdif dolby digital

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


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PDF ECR15b 92HD68D 24-bit 192kHz. spdif dolby digital
1999 - LIN protocol basics using atmel uart

Abstract: CSR Bluetooth arm 8 bit Constant fraction discriminator block diagram of voice recognition using mobile ARM processor data sheet circuit diagram wireless camera transmitter bluetooth pinout 600040 circuit diagram of voice recognition
Text: : 800000 hex R/W 16-bits Bits 15.4 Bit 3 Bit 2 18 PIR1[15:4] HIA AIH HIAEN 8- bits , enabled. Reserved Table MIR1 - Processor Interface Register 2 (PIR2) Addr: 800004 hex R/W 16-bits , (PIR3) Addr: 800008 hex R/W 16-bits Bits 15.8 Bits 7.0 Note: PIR3[15:8] General , MIR3 - Processor Interface Register 4 (PIR4) Addr: 80000C hex R/W 16-bits Bits 15.8 Bits , ) Table MIR4 - Processor Interface Register 5 (PIR5) Addr: 800010 hex R/W 16-bits Bits 15.8 Bits


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PDF 11/99/xM LIN protocol basics using atmel uart CSR Bluetooth arm 8 bit Constant fraction discriminator block diagram of voice recognition using mobile ARM processor data sheet circuit diagram wireless camera transmitter bluetooth pinout 600040 circuit diagram of voice recognition
2009 - Not Available

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


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PDF ECR15b 92HD89C 24-bit 192kHz.
1997 - VIC068A

Abstract: vac068a register VAC068A LA16 VAC068
Text: 00xx. Register size is up to 16 bits wide and accesses are acknowledged by using DSACK1*. The 16-bit registers are NOT byte accessible. For single-byte registers, the unused bits are read as 1s. Register , FFFD 00xx SLSEL1* Address Mask Register 16 bits FFFD 01xx SLSEL1* Base Address Register 16 bits FFFD 02xx SLSEL0* Address Mask Register 16 bits FFFD 03xx SLSEL0* Base Address Register 16 bits FFFD 04xx ICFSEL* Base Address Register 16 bits FFFD 05xx DRAM


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PDF VAC068A 16-bit VAC068 VAC068A VIC068A vac068a register LA16
2009 - Not Available

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


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PDF 92HD89B ECR15b 92HD89B 24-bit 192kHz.
1996 - vac068a register

Abstract: VIC068A LA16 VAC068A
Text: 00xx. Register size is up to 16 bits wide and accesses are acknowledged by using DSACK1*. The 16bit registers are NOT byte ac cessible. For singlebyte registers, the unused bits are read as 1s. Register , FFFD 00xx SLSEL1* Address Mask Register 16 bits FFFD 01xx SLSEL1* Base Address Register 16 bits FFFD 02xx SLSEL0* Address Mask Register 16 bits FFFD 03xx SLSEL0* Base Address Register 16 bits FFFD 04xx ICFSEL* Base Address Register 16 bits FFFD 05xx DRAM


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PDF VAC068A 16bit VAC068-F5 vac068a register VIC068A LA16
2000 - PowerVR

Abstract: kyro framebuffer dithering
Text: framebuffer. If the s framebuffer is 16-bit, the pixel data is truncated from 32- bits to 16-bits with a , result CLAMP Frame buffer colour ( 16-bits ) BLEND 32- bits result CLAMP Frame buffer colour ( 16-bits , result CLAMP Final frame buffer colour ( 16-bits ) KYRO Framebuffer Access - Figure 1 On KYRO , output to the framebuffer is truncated to a 16-bits value. This results in an image quality far superior than traditional 16-bits framebuffer renderers: Internal True ColourTM Dithering 16-bit Internal


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PDF 32-bit PowerVR kyro framebuffer dithering
2011 - Not Available

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


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PDF 92HD65C 92HD65C
2009 - IDT 92HD89E

Abstract: IDT 92HD89E CODEC 92HD89E
Text: No file text available


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PDF ECR15b 92HD89E 24-bit 10-channel 192kHz. 92HD89E IDT 92HD89E IDT 92HD89E CODEC
2012 - 92HD68E

Abstract: 7812 7912 voltage regulator
Text: No file text available


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PDF ECR15b 92HD68E 24-bit 10-channel 192kHz. 7812 7912 voltage regulator
2012 - Not Available

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


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PDF 92HD68E ECR15b 92HD68E 10-channel 24-bit 192kHz.
2009 - Not Available

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


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PDF 92HD89F ECR15b 92HD89F 10-channel 24-bit 192kHz.
2006 - cd 8227 gp

Abstract: TA 8264 analog ta 8268 ah
Text: No file text available


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PDF 92HD88 ECR15B -65dB 92HD88 199707558G cd 8227 gp TA 8264 analog ta 8268 ah
2012 - 92HD68D

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


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PDF ECR15b 92HD68D 24-bit 192kHz.
2012 - Not Available

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


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PDF 92HD68D ECR15b 92HD68D 24-bit 192kHz.
2009 - Not Available

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


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PDF 92HD88 24-bit 92HD88
2012 - Not Available

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


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PDF 92HD68D ECR15b 92HD68D 24-bit 192kHz.
2009 - Not Available

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


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PDF 92HD88 92HD88 24-bit
2009 - 92HD89f

Abstract: 7511 AUDIO AMPLIFIER CIRCUIT DIAGRAM no291
Text: No file text available


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PDF 92HD89F ECR15b 92HD89F 10-channel 24-bit 192kHz. 7511 AUDIO AMPLIFIER CIRCUIT DIAGRAM no291
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