PIXEL RGB Search Results

PIX-1400

Contextual Info: RGB624/RGB624DB 3.0 Modes of Operation Pixel data can come from the V G A port or the VRAM pixel port, as selected by the P O R T S E L bit of the M is­ cellaneous Control 2 register. If the V R A M pixel port is selected, the pixel format can be 4 B P P bits per pixel , 8 BPP, 15/16 BPP, 24 B P P

s26d

Contextual Info: RGB526/RGB526DB 3.0 Modes of Operation Pixel d ata can come from the VGA port or the VRAM pixel port, a s selected by the PO R T S E L b it of the M is­ cellaneous Control 2 register. I f the VRAM pixel port is selected, the pixel form at can be 4 B P P bits p er pixel , 8 BPP, 15/16 BPP, 24 B P P

RGB525

Abstract: E4RE
Contextual Info: RGB525 3.0 M o d e s o f O pe ratio n Pixel da ta can come from the VGA port or the VRAM pixel port, as selected by the P O R T SEL bit of the M is ­ cellaneous Contr ol 2 register. If the VRAM pixel p ort is selected, the pixel f o r m a t can be 4 B P P bits p e r pixel , 8 BPP, 15/16 BPP, 24 B P P

VGA capture

Abstract: 647H
Contextual Info: New Compact & High Performance Type-1/6 VGA 350K-Pixel CCD Image Sensor • Overview The MN39320PT/FT is a type-1/6 350K-Pixel progressive-CCD with square pixels. Progressive-scanning enables you to read out all pixel signals separately in one vertical scanning period Square pixel

sensor ccd

Abstract: ccd image sensor MN39591PT
Contextual Info: New Excellent color reproduction Type-1/1.76 4.01 M-Pixel CCD Image Sensor MN39591PT ! Overview The MN39591PT is a type-1/1.76 4.01 M-pixel square-pixel CCD image sensor.This CCD has achieved excellent color reproduction by adopting RGB Bayer pattern color filter array

x5-01

Abstract: 640Hx480V MN37771
Contextual Info: Panasonic Type-1/4 4.5mm diagonal 350k-pixel Progressive-scan CCD MN37771 PT Overview • The MN37771PT is a type-1/4 350k-pixel progressive-scan CCD with square pixels. Progressive-scanning enables you to read out all pixel signals separately in one vertical scanning period. Square pixel is suitable

Contextual Info: Ill# IC WORKS UI30C498 True-Color RAMDAC ADVANCE INFORMATION, AUGUST 1994 FEATURES • 170,135 and 110 MHz Versions • 16-bit Pixel Port • 8 ,1 5 ,1 6 or 24 bit-per-pixel modes - X G A , H iC olor™ , TA R G A ™ - Pixel-by-Pixel mode switching • On-Chip Voltage Reference

EDTCA43

Contextual Info: + Toshiba Matsushita Display Technology Co., Ltd. Website + Type Name EDTCA43 Features Applications Product Status Screen Size Number of Pixels W x(H) Pixel Pitch(W)x(H) Aspct Ratio Pixel Density Active Area(W)x(H) Pixel Arrangement Display Mode

dual pixel lvds

Abstract: CMOS QXGA
Contextual Info: DS90C387A,DS90CF388A DS90C387A/DS90CF388A Dual Pixel LVDS Display Interface / FPD-Link Literature Number: SNLS065D DS90C387A/DS90CF388A Dual Pixel LVDS Display Interface / FPD-Link General Description The DS90C387A/DS90CF388A transmitter/receiver pair is designed to support dual pixel data transmission between

MT9M001

Abstract: MT9M001C12ST "1.3 megapixel" 3152U
Contextual Info: PRELIMINARY‡ 1/2-INCH 1.3 MEGAPIXEL CMOS ACTIVE-PIXEL DIGITAL IMAGE SENSOR 1/2-INCH 1.3 MEGAPIXEL CMOS ACTIVE-PIXEL DIGITAL IMAGE SENSOR MT9M001 Features Description Micron Part Number: MT9M001C12ST The Micron Imaging MT9M001 is an SXGA-format with a 1/2-inch CMOS active-pixel digital image sensor. The active imaging pixel array of 1,280H x 1,024V. It

Contextual Info: DS90C387,DS90CF388 DS90C387/DS90CF388 Dual Pixel LVDS Display Interface LDI -SVGA/QXGA Literature Number: SNLS012G DS90C387/DS90CF388 Dual Pixel LVDS Display Interface (LDI)-SVGA/QXGA General Description The DS90C387/DS90CF388 transmitter/receiver pair is designed to support dual pixel data transmission between Host

ir 514h

Abstract: IR 509H ir 246H 509H 14h 5pin IR 506H IR 231H
Contextual Info: 1/4 INCH 330k PIXEL CMOS IMAGE SENSOR WITH A/D CONVERTOR TECHNICAL DATA SHEET TENTATIVE TCM5033T May 17th, 2000 TOSHIBA CORPORATION Semiconductor company FEATURE CHARACTERISTIC RATING Optical size 1/4 inch Total pixel numbers 698(H) x 500(V) Signal pixel numbers

MT9M001C12STC

Abstract: 0G19 MT9M001C12 MT9M001
Contextual Info: PRELIMINARY‡ 1/2-INCH 1.3 MEGAPIXEL CMOS ACTIVE-PIXEL DIGITAL IMAGE SENSOR 1/2-INCH 1.3 MEGAPIXEL CMOS ACTIVE-PIXEL DIGITAL IMAGE SENSOR MT9M001 Features Description Micron Part Number: MT9M001C12STC The Micron Imaging MT9M001 is an SXGA-format with a 1/2-inch CMOS active-pixel digital image sensor. The active imaging pixel array of 1,280H x 1,024V. It

EDTCA32

Contextual Info: + Toshiba Matsushita Display Technology Co., Ltd. Website + Type Name Features Applications Product Status Screen Size Number of Pixels W x(H) Pixel Pitch(W)x(H) Aspct Ratio Pixel Density Active Area(W)x(H) Pixel Arrangement Display Mode Device Type

camera phone

Abstract: DIGITAL OPERATION OF CAMERA CMOS camera ESS Technology Image Sensor
Contextual Info: ES2519 Product Brief 1.3 Mega-Pixel SoC Camera Solution The ES2519 is a complete 1.3 Mega-Pixel SXGA resolution CMOS system on chip (SoC) camera solution for mobile phone applications. The device combines a 5.4mm diagonal sensor array using 3.3µm 4T pixel

Contextual Info: m ICWORKS UJ30C516 ZOOMDAC DSP-BASED MULTIMEDIA RAMDAC PRELIMINARY, SEPTEMBER 1994 8 ,15» 16 or 24 bit-per-pixel modes -XGA™ , HICOLOR™, TARGA™ - Pixel-by-Pixel mode switching Oa-Chlp Voltage Reference Software-readable output sense Device and manufacturer ID

AN2523FAP

Abstract: panasonic lcd tft panel MN83803A MCL0512 AN5372S cmos lsis
Contextual Info: Polysilicon TFT Liquid Crystal Panel • TFT Color LCD Panels Type No. Effective Screen Size Pixel Drive Contrast Arrange­ Method ment Display Method Display Color 505 Pixel H X 230 Pixel (V) Transm i­ ssion TN liquid crystal, normally white Full color

Contextual Info: Data Sheet ICM108W+ ICM108W+ 1.3 million pixel CMOS sensor Version 1.8.3 May 2004 ICM108W+ 1.3 million pixel CMOS sensor Table of Contents Update history. 3

AN-1059

Abstract: DS90C387 DS90C387A DS90CF384A DS90CF388 DS90CF388A
Contextual Info: DS90C387A/DS90CF388A Dual Pixel LVDS Display Interface / FPD-Link General Description The DS90C387A/DS90CF388A transmitter/receiver pair is designed to support dual pixel data transmission between Host and Flat Panel Display up to QXGA resolutions. The transmitter converts 48 bits Dual Pixel 24-bit color of

240x320 Color LCD schematic

Abstract: 240x320 AN-5053 FIN12AC FIN224C FIN24C 240x320 rgb RGB lcd
Contextual Info: www.fairchildsemi.com tm Application Note AN-5053 Using the FIN224C/FIN24C/FIN12AC with a Synchronous Pixel Interface Introduction A synchronous pixel interface format is typically made up of n-bits of color data, VSYNC and HSYNC frame and line synchronization signals, and a free-running pixel clock that

HSYNC, VSYNC, DE

Abstract: AN-1059 DS90C387 DS90C387A DS90CF384A DS90CF388 DS90CF388A 101-32016 101-32013 CMOS QXGA
Contextual Info: DS90C387A/DS90CF388A Dual Pixel LVDS Display Interface / FPD-Link General Description The DS90C387A/DS90CF388A transmitter/receiver pair is designed to support dual pixel data transmission between Host and Flat Panel Display up to QXGA resolutions. The transmitter converts 48 bits Dual Pixel 24-bit color of

82C171-35

Abstract: 82C171 MX82C171 pixel clock generator ttl
Contextual Info: 34E D M A C R O N I X INC • SbööööS D0GQG75 3 « T - S I - O ^ - O T M X 82C 171 FEATURES DESCRIPTION Pixel rates up to 35 MHz 256 colors Single monolithic, high performance CMOS design Up to 8 bits per pixel Pixel word mask RGB analong output, 6 bit DAC per

notebook flat cable connector lvds 30 pin

Abstract: AN-1059 DS90C387 DS90C387A DS90CF384A DS90CF388 DS90CF388A
Contextual Info: DS90C387A/DS90CF388A Dual Pixel LVDS Display Interface / FPD-Link General Description The DS90C387A/DS90CF388A transmitter/receiver pair is designed to support dual pixel data transmission between Host and Flat Panel Display up to QXGA resolutions. The transmitter converts 48 bits Dual Pixel 24-bit color of

MN37771PT

Contextual Info: CCD Area Image Sensor MN37771PT 4.5mm type-1/4 350k pixel CCD Area Image Sensor (Progressive scan structure) • Overview The MN37771PT is a type-1/4 350k-pixel progressivescan CCD with square pixels. Progressive-scanning enables you to read out all pixel signals separately in one