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Part Manufacturer Description PDF & SAMPLES
CS1501 Cirrus Logic High Efficiency Digital Power Factor Correction ICs
CS1500-FSZ Cirrus Logic Power Factor Controller, 0.5A, 70kHz Switching Freq-Max, PDSO8, 0.150 INCH, LEAD FREE, MS-012, SOIC-8
CS1600-FSZ Cirrus Logic Power Factor Controller, 0.5A, 70kHz Switching Freq-Max, PDSO8, 0.150 INCH, LEAD FREE, MS-012, SOIC-8
ISL6730BFUZ Intersil Corporation Power Factor Correction Controllers; MSOP10; Temp Range: -40° to 125°C
ISL6731AFBZ Intersil Corporation Power Factor Correction Controllers; SOIC14; Temp Range: -40° to 125°C
ISL6730CFUZ Intersil Corporation Power Factor Correction Controllers; MSOP10; Temp Range: -40° to 125°C

"4bit correction"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: , 50 - 2800 MHz 2. Correction Mode Use the SPI port in conjunction with the 6 bit parallel port to apply a 4 bit, 2's complement, correction factor to any attenuation step. This option can be used to , correction factors to any of the fixed LUT values to either slightly increase or decrease the gain step for , SPI after the chip is powered up. The correction factors are then applied to the desired gain steps , log10 [( 1+ (CORword · mult) LUTword -1 ) ] where mult is the correction Hittite Microwave
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HMC795LP5E TCN2-26 wideband DAC modulator 2.5 GHz TCN2-14 tcn214
Abstract: , 50 - 2800 MHz 2. Correction Mode Use the SPI port in conjunction with the 6 bit parallel port to apply a 4 bit, 2â'™s complement, correction factor to any attenuation step. This option can be used to , correction factors to any of the fixed LUT values to either slightly increase or decrease the gain step for , SPI after the chip is powered up. The correction factors are then applied to the desired gain steps , · log10 [( 1+ (CORword · mult) LUTword -1 ) ] where mult is the correction Hittite Microwave
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Abstract: Am2961 â'¢ Am2962 4-Bit Error Correction Multiple Bus Buffers DISTINCTIVE CHARACTERISTICS â'¢ Quad , and Correction Unit, the system data bus and dynamic RAM memory â'¢ Three-state 24mA output to data , Error Detection and Correction Unit, dynamic RAM memory and the system data bus. The Am2961 provides an inverting data path between the data bus (Bj) and the Am2960 error correction data input (Yj) and the Am2962 , Am2960 and memory data bus thereby optimizing internal data path speeds. The Am2961 and Am2962 are 4-bit -
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Bus Buffers Error Correction AM2960 MIL-STD-883 IL-STD-883
Abstract: AmZ8161 · AmZ8162 4-Bit Error Correction Multiple Bus Buffers IN DEVELOPMENT DISTINCTIVE , interface between the AmZ8160 Error Detection and Correction Unit, the system data bus and dynamic RAM , the AmZ8160 error correction data input (Yj) and the AmZ8162 provides a non-inverting configuration , optimizing internal data path speeds. The AmZ8161 and AmZ8162 are 4-bit devices. Four devices are used to , easily be expanded to 32 or more bits for wider memory applications. The 4-bit configuration allows -
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Z8161 Z8162 Z8160 Z8000
Abstract: addition in this format: augend (8-digit 4-bit BCD) + addend (8-digit 4-bit BCD) = sum (8-digit 4-bit BCD , -Digit Decimal Addition (ADDD) 1. Arguments Description Input Augend (8-digit 4-bit BCD) Addend (8-digit 4-bit BCD) Output Sum (8-digit 4-bit BCD) Presence of carry (yes = 1, no = 0) 2. Storage , Flags 31 16 15 8 7 0 Augend (8-digit 4-bit BCD) Sum (8-digit 4-bit BCD) ER0 Addend (8-digit 4-bit BCD) ER1 ER2 ER3 ER4 ER5 ER6 ER7 (SP) : No change I UI Renesas Technology
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H8/300H REJ06B0064-0200/R
Abstract: subtraction in this format: minuend (8-digit 4-bit BCD) ­ subtrahend (8-digit 4-bit BCD) = difference (8-digit 4-bit BCD). Target Device H8/300H Tiny Series Contents 1. Arguments , -Digit Decimal Subtraction (SUBD) 1. Arguments Description Input Minuend (8-digit 4-bit BCD) Subtrahend (8-digit 4-bit BCD) Output Difference (8-digit 4-bit BCD) Occurrence of borrow (yes = 1, no = 0 , to Internal Registers and Flags 31 16 15 8 7 ER0 Minuend (8-digit 4-bit BCD) Difference Renesas Technology
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1f08 SUBTRACTION 1E10 1E98 REJ06B0065-0200/R
Abstract: and ROM to create a complete controller. â'" Realtime CD-ROM layered ECO error correction with , error correction in CD-DAâ"¢ mode â'" Supports serial DSP programming interface â  Buffer Manager , 84 Kbytes Of SRAM or up to 4 Mbytes of DRAM â'" Supports 4-bit mode for single 4-bit DRAM chip , or 4 Mbytes of DRAM can be directly addressed by the CL-CR3410. A 4-bit buffer memory mode is also , correction, which is programmable for up to 64 P/Q-word corrections per sector. All ECC correction -
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SFF-8020 25-MH
Abstract: check is done by hardware duri ng data transfer â'" Realtime CD-ROM layered ECO error correction with , Decoder FEATURES (com ) â  CD-ROM Interface (cont.) â'" Supports realtime subcode error correction in , â'" Direct addressing of up to 64 Kbytes of SRAM or up to 4 Mbytes of DRAM â'" Supports 4-bit mode for single 4-bit DRAM chip solution â'" Optional buffer memory parity for data integrity â , to 64 Kbytes of SRAM or 4 Mbytes of DRAM can be directly addressed by the CL-CR3410. A 4-bit buffer -
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CD-ROM pin diagram control system diagram disk drive CD-ROM diagram sony dsp 001012T
Abstract: , Contrast Control Double Gamma Correction with full-size 12-bit RGB independent LUT Dither function for , /10 bits) R Sharpness DE Clock B RGB Gamma Correction B Brightness, Color , CXD4728R ICS_B (Page 00h, Address 3Ah, Bit [3:0]): iCS B function gain (4bit, 0: Off to 15:max) When , 5-6. Gamma Correction This LSI includes two gamma correction look-up tables (Group A and B). Each , blanking. All gamma correction can be disabled by the GMTBL_EN register (Page 1Bh, Address 03h, Bit [0]). Sony
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CXD4728 cxd47 lvds 1080p panel sony diagonal 1080p sony CXD4
Abstract: (ADDD) Introduction Performs addition in this format: augend (8-digit 4-bit BCD) + addend (8-digit 4-bit BCD) = sum (8-digit 4-bit BCD). Target Device H8/300H Series Contents 1. Arguments , Description Augend (8-digit 4-bit BCD) ER0 4 ER1 4 Sum (8-digit 4-bit BCD) ER0 4 Presence of carry (yes = 1, no = 0) Output Data Length (Bytes) Addend (8-digit 4-bit BCD) Input , Augend (8-digit 4-bit BCD) Sum (8-digit 4-bit BCD) ER0 Addend (8-digit 4-bit BCD) ER1 ER2 Hitachi Semiconductor
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300HA 00100C 00100E 300HN ADE-502-098
Abstract: : ONE-BIT/TWO-BIT RANDOM/4-BIT BURST ERROR CORRECTION METHOD Before After Parity 4-bit Package and , error correction method TWO-BIT RANDOM WITH 4-BIT BURST ERROR CORRECTION METHOD Detect Random , correction or one-bit error correction ability, plus four-bit burst error correction can be selected 1/18 , Correction FOUT2 FOUT1 FBUZ2 BTLDT Oscillator EFOUT2 AI SYNVAL FALM CPU Interface , Error correction method option list: FUNCTION OPTION Correction Method ERT1 ERT0 Two-bit Winbond Electronics
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W93902 ADA16 SF10 D127 D126 D125 D124 W921F840
Abstract: , or four-bit burst error correction method: ONE-BIT/TWO-BIT RANDOM/4-BIT BURST ERROR CORRECTION METHOD Before Correction No error No error Error Error Error Error Notes: 1. When ERTR = 0, in the 4-bit , TWO-BIT RANDOM WITH 4-BIT BURST ERROR CORRECTION METHOD Detect Random Detect Burst Parity Error Random , Real two-random-bit error correction or one-bit error correction ability, plus four-bit burst error correction can be selected 1/18 RF enable time (more efficent than 1/17 or 1/16) Four real independent user -
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ADA10 55EEEE
Abstract: (SUBD) Introduction Performs subtraction in this format: minuend (8-digit 4-bit BCD) ­ subtrahend (8-digit 4-bit BCD) = difference (8-digit 4-bit BCD). Target Device H8/300H Series Contents 1 , Description Minuend (8-digit 4-bit BCD) ER0 4 ER1 4 Difference (8-digit 4-bit BCD) ER0 4 Occurrence of borrow (yes = 1, no = 0) Output Data Length (Bytes) Subtrahend (8-digit 4-bit BCD , 15 8 7 ER0 Minuend (8-digit 4-bit BCD) Difference (8-digit 4-bit BCD) ER1 0 Hitachi Semiconductor
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sub-d ADE-502-099
Abstract: IDEAS FOR DESIGN Circle 520 Protect Your Data With Forward Error Correction S.K.SHEN0Y , difficult to incorporate reason B7 = B1 + B2 + B4 ably powerful error correction in software. The , correction of sin and B7, and so on. Thus, the parity gle-bit errors. The method also can be bits are , 1 1 B3 in error 4-bit data characters. Three parity 0 1 0 0 B4 in error bits are added to this data , cause 8-bit data is typically used, the program takes each 8-bit character, splits it into two 4-bit -
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7 bit hamming code 7 bit hamming code parity positions Ideas for Design
Abstract: transfer - Realtime CD-ROM layered ECC error correction with programmable number of sets of P-word and , CD-ROM Interface (cont.) - Supports realtime subcode error correction in CD-DATM mode - Supports , of up to 64 Kbytes of SRAM or up to 4 Mbytes of DRAM - Supports 4-bit mode for single 4-bit DRAM , to 64 Kbytes of SRAM or 4 Mbytes of DRAM can be directly addressed by the CL-CR3410. A 4-bit , correction, which is programmable for up to 64 P/Q-word corrections per sector. All ECC correction -
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microcontroller interface with cd drive 68HC11
Abstract: -Bit/Pixel With 1-Bit Overlay (5,5, 5,1) TARGAâ"¢ Configuration - 12-Bit/Pixel With 4-Bit Overlay (4, 4, 4,4) True-Color Modes: - 24-Bit/Pixel With Gamma Correction - 16-Bit/Pixel (5, 6,5) XGA Configuration With Gamma Correction - 16-Bit/Pixel (6, 6,4) Configuration with Gamma Correction - 15-Bit/Pixel (5, 5, 5) TARGA Configuration With Gamma Correction - 12-Bit/Pixel (4, 4,4) With Gamma Correction RCLK/SCLK/LCLK Data Latching , . The scheme accommodates 64-, 32-, 16-, 8-, and 4-bit pixel buses without any circuit modification -
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TVP3010 TVP3010-85FN TVP3010-110FN TVP3010-135FN TVP3010-170FN texas instruments ttl manual ibm XGA scheme tv color motherboard ga 72Hz circuit diagram of 16-1 multiplexer XLAS082- 170-MH
Abstract: ) Configuration - 15-Bit/Pixel With 1-Bit Overlay (5, 5, 5,1) TARGA Configuration - 12-Blt/Pixel With 4-Bit Overlay (4, 4, 4,4) True-Color Modes: - 24-Bit/Plxel With Gamma Correction - 16-Bit/Pixel (5, 6,5) XGA Configuration With Gamma Correction - 16-Bit/Pixel (6, 6,4) Configuration With Gamma Correction - 15-Blt/Plxel (5, 5, 5) TARGA® Configuration With Gamma Correction - 12-Bit/Pixel (4, 4, 4) With Gamma Correction , pixel multiplexing scheme. The scheme accommodates 64-, 32-, 16-, 8-, and 4-bit pixel buses without any -
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TVP3020 TVP3020-170PCE TVP3020-200MDN IMSG176 VGA MOTHERBOARD CIRCUIT diagram Direct Replacement TEXAS XLAS080A- 200-MH 135PCE
Abstract: circuit with re solution of 8 bits, 7-bit successive approximation A/D and D/A Converters, a 4-bit flash A/D converter, a 4-bit D/A converter and a shading wave RAM to perform highly accurate correction of distortion. â'"The DIPP can perform distortion correction for each pel with a resolution of 1% using an , , a 7-bit A/D and D/A converter for detecting and generating tlie shading distortion and a 4-bit A/D converter, the DIPP can generate digital image signal with high accurate correction. Also including a sample -
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HD63084 HD63084FP HD63084R D63084-
Abstract: -Blt/Plxel With 1-Blt Overlay (5, 5, 5,1) TARGA Configuration - 12-Blt/Plxel With 4-Bit Overlay (4, 4, 4, 4) True-Color Modes: - 24-Bit/Plxel With Gamma Correction - 16-Bit/Pixel (5, 6, 5) XGA Configuration With Gamma Correction - 16-Bit/Pixel (6, 6, 4) Configuration With Gamma Correction - 15-Blt/Plxel (5, 5, 5) TARGA® Configuration With Gamma Correction - 12-Bit/Pixel (4, 4 ,4 ) With Gamma Correction RCLK/SCLK/LCLK Data Latching , scheme. The scheme accommodates 64-, 32-, 16-, 8-, and 4-bit pixel buses without any circuit modification -
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Abstract: known CORRECTION/DESCRIPTIONs to discontinued products as well as reinstatement (reactivation). A , RETENTION OR NUMBER NOTICE # CORRECTION/DESCRIPTION BYV26A BYV26A BYM26A BYM26A BYD17D BYD17G , CORRECTION/DESCRIPTION BYD17M BYD37D BYD37G BYD37J BYD37K BYD37K BYD37M BYD77A BYD77B BYD77C , REASON FOR RETENTION OR NUMBER NOTICE # CORRECTION/DESCRIPTION BZD27-C8V2 OF4334 BYX119G , PHILIPS PKG PHILIPS 12 NC WITHDRAWAL REASON FOR RETENTION OR NUMBER NOTICE # CORRECTION/DESCRIPTION Philips Semiconductors
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CV2994 CV3838 BYG90-90 CP2121 byw56 pw SOD87 cv5133 SOD57 DN-41 BYD17J TDA1313 CV2953 CV3862 CV3229
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