Datasheet4U Logo Datasheet4U.com

HT82V806 - CCD 6 Channel Vertical Driver

Description

HT82V806 is a CMOS vertical clock driver and shutter driver IC for CCD area sensors.

It has the capability of converting the voltage and impedance from the CMOS level.

Features

  • Operating voltage: 3.0V~5.5V.
  • Built-in seven circuits - 2-level output:.
  • Switchable between NTSC (EIA) and PAL (CCIR) modes.
  • 24-pin SSOP (150mil) package 2 circuits for vertical CCD clock driver Output voltage level (typ. ) = -9V to 0V - 3-level output: 4 circuits for vertical CCD clock driver Output voltage level (typ. ) = -9V to 15V - 2-level output: 1 circuit for shutter driver Output voltage level (typ. ) = -9V to 17V General.

📥 Download Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
HT82V14 14-Bit CCD/CIS Analog Signal Processor Holtek Semiconductor Inc
HT82V731 16-Bit Stereo Audio D/A Converter Holtek Semiconductor Inc
HT82V733 240mA Audio Power Amp Holtek Semiconductor Inc
HT82230 8 Sec PCM Speech Holtek Microelectronics
HT82323 Modem Buffer Chip Holtek Microelectronics

Other Datasheets by Holtek Semiconductor

Part Number Description
HT82V804 CCD 4CH Vertical Driver
HT82V805 CCD 4 Channel Vertical Driver
HT82V842 CCD CDS/PGA/10b-20M-ADC
HT82V842A 10-Bit 20MSPS CCD Analog Signal Processor
HT82V863R CCD Digital Signal Processor

Full PDF Text Transcription

Click to expand full text
www.DataSheet.co.kr HT82V806 CCD 6 Channel Vertical Driver Features · Operating voltage: 3.0V~5.5V · Built-in seven circuits - 2-level output: · Switchable between NTSC (EIA) and PAL (CCIR) modes · 24-pin SSOP (150mil) package 2 circuits for vertical CCD clock driver Output voltage level (typ.) = -9V to 0V - 3-level output: 4 circuits for vertical CCD clock driver Output voltage level (typ.) = -9V to 15V - 2-level output: 1 circuit for shutter driver Output voltage level (typ.) = -9V to 17V General Description HT82V806 is a CMOS vertical clock driver and shutter driver IC for CCD area sensors. It has the capability of converting the voltage and impedance from the CMOS level.
Published: |