HAMMING CODE-ERROR DETECTION CORRECTION LAB Search Results

74F632

Abstract: 74F632QC C1995 DB31 DP8406 DP8406QV V52A F632 Diode cbn 9579
Contextual Info: DP8406 54F 74F632 32-Bit Parallel Error Detection and Correction Circuit General Description The DP8406 device is a 32-bit parallel error detection and correction circuit (EDAC) in a 52-pin or 68-pin package The EDAC uses a modified Hamming code to generate a 7-bit

hamming code

Abstract: "hamming code" 4 bit hamming code BU-203
Contextual Info: AmZ8160 Cascadable 16-Bit Error Detection and Correction Unit ADVANCED DATA DISTINCTIVE CHARACTERISTICS GENERAL DESCRIPTION • Modified Hamming Code Detects multiple errors and corrects single bit errors in a parallel data word. Ideal for use in dynamic memory

Z8000

Abstract: "hamming code"
Contextual Info: Am2960 Cascadable 16-Bit Error Detection and Correction Unit ADVANCED DATA DISTINCTIVE CHARACTERISTICS GENERAL DESCRIPTION • Modified Hamming Code Detects multiple errors and corrects single bit errors in a parallel data word. Ideal for use in dynam ic memory

Contextual Info: Signetics 2960 Error D etection a n d Correction EDC Unit Product Specification Logic Products FEATURES • Boosts Memory Reliability — Corrects all single-bit errors. Detects all double and some triple-bit errors. Reliability of dynamic RAM systems is

intel 2117

Abstract: intel 2104a Intel application note AP-46 intel 2107a intel 2116 2107B 2107A RAM S1 1MD3 "hamming code" 7 bit hamming code parity positions
Contextual Info: intJ Ir te l C o rp o ra tio n , 1979 APPLICATION NOTE 3-110 AP-46 9 8 0 0752 INTRODUCTION Complex electronic systems require the utmost in reli­ ability. Especially when the storage and retrieval of critical data demands faultless operation, the system

hamming code

Abstract: hamming C1995 AN482 4 bit hamming code "hamming code" an-482 national
Contextual Info: National Semiconductor Application Note 482 February 1987 This application note provides the non-volatile memory system designer who cannot tolerate the very low failure rate associated with National Semiconductor’s E2PROMs with a method to assure data integrity and extend the life span of

Contextual Info: 16-BIT CMOS ERROR DETECTION AND CORRECTION UNIT Integrated Device Technology, Inc. IDT39C60 IDT39C60-1 IDT39C60A IDT39C60B FEATURES: DESCRIPTION: • • The IDT39C60 family are high-speed, low-power, 16-bit Error Detection and Correction Units which generate checkbits on a 16-bit data field according to a m odified Hamming

Contextual Info: Am2960/Am2960-1 /Am2960A Advanced Micro Devices Cascadable 16-Bit Error Detection and Correction Unit DISTINCTIVE CHARACTERISTICS Boosts Memory Reliability Corrects all single-bit errors. Detects all double and some triple-bit errors. Very High Speed Perfect for MOS microprocessor, minicomputer, and

7 bit hamming code

Abstract: IDT39C60 4 bit parity generator using gates AMD2960 IDT39C60B 39C60 hamming code cd 4847 dl411 IDT74FCT244
Contextual Info: 16-BIT CMOS ERROR DETECTION AND CORRECTION UNIT Integrated Device Technology, Inc. IDT39C60 IDT39C60-1 IDT39C60A IDT39C60B FEATURES: DESCRIPTION: • • The IDT39C60 family are high-speed, low-power, 16-bit Error Detection and Correction Units which generate check­

MAX2852

Abstract: AM2960
Contextual Info: Am2960/Am2960-1 /Am2960A Advanced Micro Devices Cascadable 16-Bit Error Detection and Correction Unit DISTINCTIVE CHARACTERISTICS Boosts Memory Reliability Corrects all single-bit errors. Detects all double and some triple-bit errors. Very High Speed Perfect or MOS microprocessor, minicomputer, and

AMD2960

Abstract: 2595D IDT39C60B IDT39C60 AM01B IDT39C60A
Contextual Info: INTEGRATED DEVICE SflE D 4025771 QGl[H3fl 034 • IDT IDT39C60 IDT39C60-1 IDT39C60A IDT39C60B 16-BIT CMOS ERROR DETECTION AND CORRECTION UNIT FEATURES • Standard Military Drawing #5962-88613 available for this function • Low-power CEMOS — Military: 100mA max.

dmo 365 rn

Abstract: AM2960DC T-55 SOCO
Contextual Info: Am2960/Am2960A 16-Bit Error Detection and Correction Unit ADVANCED INFORMATION DISTINCTIVE CHARACTERISTICS Boosts Memory Reliability Corrects all single-bit errors. Detects all double and some triple-bit errors. Reliability of dynamic RAM systems is increased more than 60-fold.

7 bit hamming code

Abstract: Ideas for Design 7 bit hamming code parity positions
Contextual Info: IDEAS FOR DESIGN Circle 520 Protect Your Data With Forward Error Correction S.K.SHEN0Y P3 = D2 + D3 + D4 where + indicates the Exclusive-OR operation. On the receive side, the values of the PI, P2, and P3 bits are recom­ puted and compared with the received

N2960N

Abstract: N2960I
Contextual Info: Signetics 2960 Error Detection and Correction EDC Unit Product Specification Logic Products FEATURES • Boosts Memory Reliability — Corrects all single-bit errors. Detects all double and some triple-bit errors. Reliability of dynamic RAM systems is Increased more than 60-fold.

Contextual Info: INTEGRATED DEVICE 3flE D Q *4025771 QOOSGSa 2 S I D T r- HS-17 16-BIT CMOS ERROR DETECTION AND CORRECTION UNIT FEATURES IDT39C60 IDT39C60-1 IDT39C60A IDT39C60B • Standard Military Drawing #5962-88613 available for this function • Low-power CEMOS — Military: 100mA max.

Contextual Info: 16-BIT CMOS ERROR DETECTION AND CORRECTION UNIT FEATURES IDT39C60 IDT39C60-1 IDT39C60A IDT39C60B • Standard Military Drawing #5962-88613 available for this function • Low-power CEMOS — Military: 100mA max. — Commercial: 85mA (max.) • Fast — Da1a in to Error Delect

British Telecom hrd5

Abstract: MD1665-D4096-P MD1665-D1024-P MD-167 MD1665-D1024-J-P MD1675-D2048-X-P MD1665-D256-P Wear Leveling in Single Level Cell NAND Flash Memory diskonkey DiskOnkey usb
Contextual Info: uDiskOnChip uDOC Modular Flash Disk with USB 2.0 Interface Data Sheet, November 2006 Highlights The performance of embedded systems in markets such as Single Board Computers (SBCs), thin clients, consumer electronics, Point Of Sale (POS) and telecom, is limited by

7 bit hamming code

Abstract: FCT245 IDT39C60 32-bit microprocessor architecture IDT49C460 IDT49C465 IDT49C466 IDT74FCT244
Contextual Info: PROTECTING YOUR DATA WITH THE IDT49C465 32-BIT Flow-thruEDC UNIT APPLICATION NOTE AN-64 PROTECTING YOUR DATA WITH THE IDT49C465 32-BIT Flow-thruEDC UNIT APPLICATION NOTE AN-64 Integrated Device Technology, Inc. By Tao Lin, Gerard Lyons and Frank Schapfel

IDT39C60

Abstract: IDT74FCT244 IDT49C460 IDT49C465 IDT49C466 hamming code CBO70
Contextual Info:  PROTECTING YOUR DATA WITH THE IDT49C465 32-BIT Flow-thruEDC UNIT APPLICATION NOTE AN-64 Integrated Device Technology, Inc. by Tao Lin, Gerard Lyons and Frank Schapfel high-density dynamic RAMs, typically with access times of 100 nanoseconds or more, but with four times the density of

Contextual Info: 32-BIT CMOS ERROR DETECTION AND CORRECTION UNIT FEATURES: 1DT49C460 IDT49C460A IDT49C460B IDT49C460C IDT49C460D DESCRIPTION: • Fast Detect 12ns max. 16ns (max.) 25ns (max.) 30ns (max.) 40ns (max.) Correct 18ns (max.) 24ns (max.) 30ns (max.) 36ns (max.)

Ph 4847

Abstract: 2584D
Contextual Info: INTEGRATED DEVICE SflE D • 4A2S771 32-BIT CMOS ERROR DETECTION AND CORRECTION UNIT □OlOib'î 70fl IDT49C460 IDT49C460A IDT49C460B IDT49C460C IDT49C460D DESCRIPTION: FEATURES: • Fast Detect 12ns max. 16ns (max.) 25ns (max.) 30ns (max.) 40ns (max.) Correct

Contextual Info: INTEGRATED DEVICE Integrated Device Technology, Inc. 3flE D 4025771 OOQSOfl^ 7 H I D T 32-BIT CMOS ERROR DETECTION AND CORRECTION UNIT IDT49C460 IDT49C460A IDT49C460B IDT49C460C IDT49C460D DESCRIPTION: FEATURES: • B Fast Detect Correct 18ns max. 12ns (max.)

Contextual Info: 32-BIT CMOS ERROR DETECTION AND CORRECTION UNIT IDT49C460 IDT49C460A IDT49C460B IDT49C460C IDT49C460D IDT49C460E DESCRIPTION: FEATURES: • Fast D ete ct C o rre c t 10ns max. 14ns (max.) — IDT49C460E 18ns (max.) — IDT49C460D 12ns (max.) 24ns (max.)

49C460

Abstract: DL34 DL38 J681 IDT49C460 IDT49C460A IDT49C460B IDT49C460C IDT49C460D IDT49C460E
Contextual Info: IDT49C460 IDT49C460A IDT49C460B IDT49C460C IDT49C460D IDT49C460E 32-BIT CMOS ERROR DETECTION AND CORRECTION UNIT Integrated Device Technology, Inc. FEATURES: DESCRIPTION: • Fast Detect 10ns max. 12ns (max.) 16ns (max.) 25ns (max.) 30ns (max.) 40ns (max.)