GRAY-BIN DECODER Search Results

Contextual Info: TLC5930 SLLS528 – MARCH 2002 12-CHANNEL LED DRIVER FEATURES D 0.2-mA to 40-mA Constant-Current Sink D D D D D DESCRIPTION Drive Capability x 12 Bits Output Count into 24-Pin HTSSOP Package 1024 Gray-Scale Display (PWM Control 1024 Steps) with Max 25-MHz Clock Frequency

IC3 4094

Abstract: 12V-1 UDG-02036 scale ic schematic led video colour display tone controls TLC5930 TLC5930PWP RCC45
Contextual Info: TLC5930 SLLS528 – MARCH 2002 12-CHANNEL LED DRIVER FEATURES D 0.2-mA to 40-mA Constant-Current Sink D D D D D DESCRIPTION Drive Capability x 12 Bits Output Count into 24-Pin HTSSOP Package 1024 Gray-Scale Display (PWM Control 1024 Steps) with Max 25-MHz Clock Frequency

Contextual Info: TLC5930 SLLS528 – MARCH 2002 12-CHANNEL LED DRIVER FEATURES D 0.2-mA to 40-mA Constant-Current Sink D D D D D DESCRIPTION Drive Capability x 12 Bits Output Count into 24-Pin HTSSOP Package 1024 Gray-Scale Display (PWM Control 1024 Steps) with Max 25-MHz Clock Frequency

TLC5930

Abstract: TLC5930PWP
Contextual Info: TLC5930 SLLS528 – MARCH 2002 12-CHANNEL LED DRIVER FEATURES D 0.2-mA to 40-mA Constant-Current Sink D D D D D DESCRIPTION Drive Capability x 12 Bits Output Count into 24-Pin HTSSOP Package 1024 Gray-Scale Display (PWM Control 1024 Steps) with Max 25-MHz Clock Frequency

Contextual Info: TLC5930 SLLS528 – MARCH 2002 12-CHANNEL LED DRIVER DESCRIPTION FEATURES D 0.2-mA to 40-mA Constant-Current Sink D D D D D Drive Capability x 12 Bits Output Count into 24-Pin HTSSOP Package 1024 Gray-Scale Display (PWM Control 1024 Steps) with Max 25-MHz Clock Frequency

TLC5930

Abstract: TLC5930PWP
Contextual Info: TLC5930 SLLS528 – MARCH 2002 12-CHANNEL LED DRIVER FEATURES D 0.2-mA to 40-mA Constant-Current Sink D D D D D DESCRIPTION Drive Capability x 12 Bits Output Count into 24-Pin HTSSOP Package 1024 Gray-Scale Display (PWM Control 1024 Steps) with Max 25-MHz Clock Frequency

Contextual Info: TLC5930 SLLS528 – MARCH 2002 12-CHANNEL LED DRIVER FEATURES D 0.2-mA to 40-mA Constant-Current Sink D D D D D DESCRIPTION Drive Capability x 12 Bits Output Count into 24-Pin HTSSOP Package 1024 Gray-Scale Display (PWM Control 1024 Steps) with Max 25-MHz Clock Frequency

HM514265CJ-60

Abstract: f422 tc514265dj VDATA11 UPD424210ALE-60
Contextual Info: BACK a Low Cost Multiformat Video Codec ADV601 GENERAL DESCRIPTION FEATURES Precise Compressed Bit Rate Control Field Independent Compression Flexible Video Interface Supports All Common Formats, Including CCIR-656 General Purpose 8-, 16- or 32-Bit Host Interface With

Contextual Info: Low Cost Multiformat Video Codec ADV601 a GENERAL DESCRIPTION FEATURES Precise Compressed Bit Rate Control Field Independent Compression Flexible Video Interface Supports All Common Formats, Including CCIR-656 General Purpose 8-, 16- or 32-Bit Host Interface With

f422

Abstract: TC514265DJ CCIR 656 uPD424210 ADSP-2105 ADV601 CCIR-656 H261 arcnet 817a y
Contextual Info: a Low Cost Multiformat Video Codec ADV601 GENERAL DESCRIPTION FEATURES Precise Compressed Bit Rate Control Field Independent Compression Flexible Video Interface Supports All Common Formats, Including CCIR-656 General Purpose 8-, 16- or 32-Bit Host Interface With

Contextual Info: ANALOG DEVICES Low Cost Multiformat Video Codec ADV601 FEATURES Precise Compressed Bit Rate Control Field Independent Compression Flexible Video Interface Supports All Common Formats, Including CCIR-656 General Purpose 8-, 16- or 32-Bit Host Interface With

Contextual Info: You are in Databook Vol. 3 • Click for Main Menu MIC4807 Micrel MIC4807 80V 8-Channel Addressable Low-Side Driver General Description Features The MIC4807 is an 80V, 8-channel, addressable low side driver with latches and TTL/CMOS compatible logic inputs.

MIC4807

Abstract: MIC4807AJB MIC4807BN
Contextual Info: MIC4807 Micrel MIC4807 80V 8-Channel Addressable Low-Side Driver General Description Features The MIC4807 is an 80V, 8-channel, addressable low side driver with latches and TTL/CMOS compatible logic inputs. Each logic input is composed of a comparator with a 1.4V

MIC4807

Abstract: MIC4807BN
Contextual Info: MIC4807 Micrel MIC4807 80V 8-Channel Addressable Low-Side Driver General Description Features The MIC4807 is an 80V, 8-channel, addressable low side driver with latches and TTL/CMOS compatible logic inputs. Each logic input is composed of a comparator with a 1.4V

DM9368 equivalent

Abstract: uln2803 to drive 7 segment display 32x16 LED Matrix moving message display using 7 segment MC14499 equivalent ULN2803 dot matrix driver UDN2540 equivalent 8x8 DOT MATRIX LED DISPLAY DRIVER moving message over dot matrix display M5482 equivalent
Contextual Info: Introduction to Driving LED Matrices Application Note 1216 Introduction LEDs are current driven devices. It is relatively simple to drive several LEDs individually. However, as the number of LEDs increases, the amount of resources needed to operate these LEDs will grow to an unmanageable level. As such, LEDs are often arranged in

hex to bin ttl

Abstract: pcb layout for fingerprint recognition DIN11 NC3001 NeuriCam
Contextual Info: NC3001 TOTEM NeuriCam Via Santa Maria Maddalena 12, 38100 Trento, Italy tel. +39-0461-260 552 - fax + 39-0461-260 617 e-mail: info@neuricam.com; http: www.neuricam.com NC3001 TOTEM Digital Processor for Neural Networks DATA SHEET Rel. 11/99 BRIEF SPECIFICATIONS

Contextual Info: MÌC4807 M IC 4 8 0 7 80V 8-Channel Addressable Low-Side Driver General Description Features The MIC4807 is an 80V, 8-channel, addressable low side driver with latches and TTL/CMOS compatible logic inputs. Each logic input is composed of a comparator with a 1.4V

Contextual Info: MIC4807 80V 8-Channel Addressable Low-Side Driver General Description Features The MIC4807 is an 80V, 8-channel, addressable low side driver with latches and TTLVCMOS compatible logic inputs. Each logic input is composed of a comparator with a 1,4V bandgap-derived reference serving as the trip point. The

Contextual Info: General Description Features The MIC4807 is an 80V, 8-channel, addressable low side driver with latches and TTLVCMOS compatible logic inputs. Each logic input is com posed of a comparator with a 1 .4V bandgap-derived reference serving as the trip point. The

AN-549

Abstract: ADV601 ADV601JS ADV601JS12 ADV601LC ADV611 ADV611JST ADV612 ADV612BST CCIR-656
Contextual Info: a AN-549 APPLICATION NOTE One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106 • 781/329-4700 • World Wide Web Site: http://www.analog.com New Features in the ADV601 Video Codec Family By David Starr OVERVIEW The ADV601JS12, ADV601LC and ADV611 and ADV612

4 bit barrel shifter notes in vlsi

Abstract: baugh wooley block diagram baugh-wooley multiplier 8 bit Baugh Wooley multiplier booth multiplier 16 bit Baugh Wooley multiplier DESIGN AND IMPLEMENTATION 16-BIT BARREL SHIFTER gray-bin decoder baugh-wooley multiplier NC3002
Contextual Info: Via Santa Maria Maddalena 12, 38100 Trento, Italy tel. +39-0461-260 552 - fax + 39-0461-260 617 e-mail: info@neuricam.com; http: www.neuricam.com NC3002 TOTEM Digital Processor for Neural Networks DATA SHEET Rel. 12/99 General features The NC3002 is a digital VLSI parallel processor for fast learning and recognition with artificial neural

Contextual Info: General Description Features 4.5V to 16V Operation Eight 80V 100mA Outputs Off-state Leakage less than 1OjaA at 25°C Short-Circuit Proof Thermal Shutdown with Hysteresis DMOS Output Devices R0N < 7Q. at 25°C The MIC4807 is an 80V, 8-channel, addressable low side

Contextual Info: Ordering number : ENA1186 LC749880T CMOS IC Silicon gate Image controller LSI for LCD-TV http://onsemi.com Overview LC749880T is an LSI to display the converted NTSC/PAL analog video signals in the liquid crystal panel of maximum VGA size. This product performs A/D conversion, YC separation, color decoding, IP conversion, resolution conversion, and

CD4024A

Contextual Info: CD4028A Types CMOS BCD-to-Decimal Decoder The RCA-CD4028A types are BCD-todecimal or binaryto-octal decoders consist­ ing of pulse-shaping circuits on all 4 inputs, decoding-logic gates, and 10 output buffers. A BCD code applied to the four inputs, A to D, results in a high level at the selected one