8X4 BIT BINARY MULTIPLIER Search Results

Contextual Info: SEPTEMBER 1988 A F L E S S E Y 'w S e m ico n d u cto rs. ADVANCED INFORMATION P D S P 1 6 4 8 8 SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS FEATURES FUNCTIONAL DESCRIPTION | Window sizes up to 8 x 8 with a single device • 8 internal line Delays which can be programmed

8x4 bit binary multiplier

Abstract: 8x4 ram chips 4x4 bit multipliers AC84 JAN1997 PDSP16488 PDSP16488A 8x512 ina 124
Contextual Info: PDSP16488A MA PDSP16488A MA Single Chip 2D Convolver with Integral Line Delays Supersedes January 1997 version, DS3742 - 3.1 DS3742 - 4.0 January 2000 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional

4x4 bit multipliers

Abstract: 8x512 8x4 bit binary multiplier AC84 JAN1997 PDSP16488 PDSP16488A
Contextual Info: PDSP16488A MA PDSP16488A MA Single Chip 2D Convolver with Integral Line Delays Supersedes January 1997 version, DS3742 - 3.1 DS3742 - 5.0 November 2000 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional

4x4 bit multipliers

Abstract: window comparator AC84 JAN1997 PDSP16488 PDSP16488A 8x512
Contextual Info: PDSP16488A MA PDSP16488A MA Single Chip 2D Convolver with Integral Line Delays Supersedes January 1997 version, DS3742 - 3.1 DS3742 - 5.0 November 2000 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional

Contextual Info: PDSP16488A MA PDSP16488A MA Single Chip 2D Convolver with Integral Line Delays Supersedes January 1997 version, DS3742 - 3.1 DS3742 - 4.0 January 2000 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional

4x4 bit multipliers

Abstract: AC84 JAN1997 PDSP16488 PDSP16488A 8x4 ram chips
Contextual Info: PDSP16488A MA PDSP16488A MA Single Chip 2D Convolver with Integral Line Delays Supersedes January 1997 version, DS3742 - 3.1 DS3742 - 5.0 November 2000 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional

AC84

Abstract: JAN1997 PDSP16488 PDSP16488A 16488
Contextual Info: PDSP16488A MA PDSP16488A MA Single Chip 2D Convolver with Integral Line Delays Supersedes January 1997 version, DS3742 - 3.1 DS3742 - 5.0 November 2000 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional

Contextual Info: PDSP16488A MA PDSP16488A MA Single Chip 2D Convolver with Integral Line Delays Supersedes January 1997 version, DS3742 - 3.1 DS3742 - 5.0 November 2000 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional

4x4 bit multipliers

Abstract: AC84 JAN1997 PDSP16488 PDSP16488A
Contextual Info: PDSP16488A MA PDSP16488A MA Single Chip 2D Convolver with Integral Line Delays DS3742 The PDSP16488A is a fully integrated, application specific, image processing device. It performs a two dimensional convolution between the pixels within a video window and a

Contextual Info: OCTOBER 1995 PDSP16488/A ADVANCE INFORMATION DS3713 - 4.0 PDSP16488/A SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS Supersedes version in June 1995 Digital Video & Digital Signal Processing IC Handbook, HB3923-2 The PDSP16488 is a fully integrated, application specific, image processing device. It performs a two dimensional

Contextual Info: A PLESSEY W JULY1989 ADVANCED INFORMATION S e m ic o n d u c to rs . P D S P 16488 SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS Supersedes September 1988 Edition H ie PDSP16488 is a fully integrated, application spe­ cific, image processing device. It performs a two dimensional

Contextual Info: S i G E C P L E S S E Y f e b r u a r y i 997 S E M I C O N D U C T O R S ADVANCE INFORMATION DS3713 - 6.0 PDSP16488A SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS Supersedes Edition in 1996 Media 1C Handbook, HB4599-1.0, DS3713 -5.1 The PDSP16488A is a fully integrated, application spe­

Contextual Info: P • I L E S ¡ S E Y SEM IC O N D U C TO R S ; P D S P 16488 SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS The PDSP16488 is a fully integrated, application spe­ cific, image processing device, ft performs a two dimensional convolution between the pixels within a video window and a

Contextual Info: GEC P L E S S E Y Si MARCH 1995 ADVANCE INFORMATION S E M I C O N D U C T O R S P D S P 16488 SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS Supersedes version in December 1993 Digital Video & Digital Signal Processing 1CHandbook, HB3923-1 The PDSP16488 is a fully Integrated, application spe­

4x4 bit multipliers

Abstract: AC84 JAN1997 PDSP16488 PDSP16488A 60-6F
Contextual Info: M IT E L PDSP16488A MA S E M IC O N D U C T O R Single Chip 2D Convolver with Integral Line Delays Supersedes January 1997 version, DS3742 - 3.1 DS3742 - 4.0 The PDSP16488A is a fully integrated, application spe­ cific, image processing device. It performs a two dimensional

Contextual Info: GEC P LES S EY S i DECEMBER 1997 S E M I C O N D U C T O R S ADVANCE INFORMATION DS3713 - 6.4 PDSP16488A SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS Supersedes version in 1996 Media 1C Handbook, HB4599-1.0, DS3713-5.1 and the PDSP16488A MA data sheet, DS3742

PDSP16488co

Abstract: PDSP16488 4x4 bit binary multiplier 4x4 bit multipliers DIODE JSu DIODE marking ED X9 PDSP16256 PDSP16340 PDSP16401 PDSP16510
Contextual Info: P • l i E S S E Y S E M IC O N D U C T O R S P D S P 1 6 4 8 8 SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS The PDSP16488 is a fully integrated, application spe­ cific, image processing device, ft performs a two dimensional convolution between the pixels within a video window and a

Contextual Info: Si G E C P L E S S E Y S E M I C O N D U C T O R AD VANCE INFORMATION S PDSP16488A SINGLE CHIP 2D CONVOLVER WITH INTEGRAL LINE DELAYS Supersedes October 1995 Edition, DS3713 - 4.0 The PDSP16488A is a fully integrated, application spe­ cific, image processing device. It performs a two dimensional

INVP inverter

Contextual Info: October 1989 PRELIMINARY OPEN ASIC DATA SHEET RADIATION TOLERANT LIBRARY MBRT GATE ARRAY SERIES - 2\xJ2 METAL LAYERS MB 0850RT - MB 1300RT - MB 2000RT - MB 2700RT - MB 3200RT MB 4000RT - MB 5000RT - MB 6600RT - MB 7500RT FEATURES ON CHIP SPECIAL FUNCTION - test mode

SP1648

Abstract: TDA 2956 EE023
Contextual Info: IV IIT E L PDSP16488A _ Single Chip 2D Convolver with Integral Line Delays A dvance Inform ation s e m ic o n d u c t o r S u p e rs e d e s v e rs io n in 19 96 M e d ia IC H a n d b o o k, H B 4 5 9 9 -1 .0 a n d th e P D S P 1 6 4 8 8 A M A d a ta she et, D S 3 7 4 2

Contextual Info: LSI LOGIC LCA100K Compacted Array Plus Series 0.7-Micron HCMOS Preliminary The LCA100K Compacted Array Plus series is an HCMOS array-based ASIC product offering ex tremely high performance, combined with very high gate counts. The LCA100K series is manufactured

IC 3-8 decoder 74138 pin diagram

Abstract: full adder using ic 74138 circuit diagram for IC 7483 full adder 7483 4 bit binary full adder circuit diagram for 7483 ic 7442 encoder ttl ic 7485 transistor KD 617 0850R 74283 IC pin diagram FOR 8 BIT BINARY MB5000
Contextual Info: _ HMHS electronic June 1992 ASIC HI-REL DATA SHEET RADIATION TOLERANT LIBRARY MBRT GATE ARRAY SERIES - 2\a!2 METAL LAYERS MB 0850RT - MB 1300RT - MB 2000RT - MB 2700RT - MB 3200RT MB 4000RT - MB 5000RT - MB 6600RT - MB 7500RT FEATURES . TOTAL DOSE up to 70 krads Si

Contextual Info: 0 0,&52(/(&7521,&0$5,1 6$ EM6520 4 bit Microcontroller Features • Low Power • • • • • • • • • • • • • • • • • • - 8 µA active mode, LCD On - 1.1 µA standby mode, LCD Off - 0.1 µA sleep mode @ 3 V, 32 kHz, 25°C Large Voltage range, 2 to 5.5 V

PF3AB

Abstract: hd6370 series HD63B03XP hd63b01yop HD6303 HD63701VOP LM200 lcd HD6301 HD63B03RP L9430
Contextual Info: -, . jo,;-: ~ . .' ;~': ,-. " . :. . HD6301 iHD6303 SERIES HANDBOOK • USER'S MANUALS: o t! 1) @ HD6301 V1 IHD6303R HD63701V HD6301XO/HD6303X/HD63701XO HD6301 YO/HD6303Y IHD63701 YO III SOFTWARE APPLICATION NOTES til HARDWARE APPLICATION NOTES II C LANGUAGE PROGRAMMING TECHNIOUES