ICS1572 - User Programmable Differential Output Graphics Clock Generator

Product Overview

Integrated Circuit Systems

Datasheet Details

Part number	ICS1572
Manufacturer	Integrated Circuit Systems
File Size	276.76 KB
Description	User Programmable Differential Output Graphics Clock Generator
Datasheet	ICS1572 Datasheet
Additional preview pages of the ICS1572 datasheet.

Product details

Description

The ICS1572 is a high performance monolithic phase-locked loop (PLL) frequency synthesizer.

Utilizing ICS’s advanced CMOS mixed-mode technology, the ICS1572 provides a low cost solution for high-end video clock generation in workstations and high-end PC applications.

Features

Supports high-resolution graphics - CLK output to 180 MHz Eliminates need for multiple ECL output crystal oscillators Fully programmable synthesizer capability - not just a clock multiplier Available in 20-pin 300-mil wide body SOIC package Available in both parallel (101) and serial (301) programming versions Circuit included for reset of Brooktree RAMDAC pipeline delay.

📁 Similar Datasheet

ICS1523 - Video Clock Synthesizer (IDT)
ICS1524A - Dual Output Phase Controlled SSTL_3/PECL Clock Generator (ICS)
ICS1526 - Video Clock Synthesizer (IDT)
ICS1562 - programmable differential Output Video Dot Clock Generator (Integrated Circuit System)
ICS1562A - User-programmable differential Output Graphics Clock Generator (Integrated Circuit System)
ICS1562B - User-programmable differential Output Graphics Clock Generator (Integrated Circuit System)
ICS1394 - Video Dot CLock Generator (ICS)
ICS1493-17 - CLOCK SYNTHESIZER (Renesas)

Other Datasheets by Integrated Circuit Systems

ICS1574B - User Programmable Laser Engine Pixel Clock Generator
ICS1522 - User-Programmable Video Clock Generator/ Line-Locked Clock Regenerator
ICS1523 - High-Performance Programmable Line-Locked Clock Generator
ICS1524 - Dual Output Phase Controlled SSTL-3/PECL Clock Generator
ICS1526 - Video Clock Synthesizer
ICS1531 - Triple 8-bit MSPS A/D Converters with Line-Locked Clock Generator

Published: Dec 5, 2005 |