Datasheet4U Logo Datasheet4U.com

ICS670-04 - LOW PHASE NOISE ZERO DELAY BUFFER AND MULTIPLIER

Description

The ICS670-04 is a high speed, low phase noise, Zero Delay Buffer (ZDB) which integrates IDT’s proprietary analog/digital Phase Locked Loop (PLL) techniques.

It is identical to the ICS670-02, but with an increased maximum output frequency of 210 MHz.

There are two identical outputs on the chip.

Features

  • Packaged in 16-pin SOIC.
  • Pb (lead) free.
  • Clock inputs from 5 to 210 MHz (see page 2).
  • Patented PLL with low phase noise.
  • Outpu.

📥 Download Datasheet

Datasheet Details

Part number ICS670-04
Manufacturer IDT
File Size 140.50 KB
Description LOW PHASE NOISE ZERO DELAY BUFFER AND MULTIPLIER
Datasheet download datasheet ICS670-04 Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
ICS670-01 LOW PHASE NOISE ZERO DELAY BUFFER AND MULTIPLIER Renesas
ICS670-03 LOW PHASE NOISE ZERO-DELAY BUFFER/MULTIPLIER Renesas
ICS671-01 ZERO DELAY LOW SKEW BUFFER/MULTIPLIER Renesas
ICS671-03 LOW SKEW BUFFER Renesas
ICS671-06 Low Skew Buffer Integrated Circuit Systems

Other Datasheets by IDT

Part Number Description
ICS670-01 LOW PHASE NOISE ZERO DELAY BUFFER AND MULTIPLIER
ICS670-02 LOW PHASE NOISE ZERO DELAY BUFFER AND MULTIPLIER
ICS670-03 LOW PHASE NOISE ZERO DELAY BUFFER AND MULTIPLIER
ICS673-01 PLL BUILDING BLOCK
ICS674-01 USER CONFIGURABLE DIVIDER

Full PDF Text Transcription

Click to expand full text
LOW PHASE NOISE ZERO DELAY BUFFER AND MULTIPLIER DATASHEET ICS670-04 Description The ICS670-04 is a high speed, low phase noise, Zero Delay Buffer (ZDB) which integrates IDT’s proprietary analog/digital Phase Locked Loop (PLL) techniques. It is identical to the ICS670-02, but with an increased maximum output frequency of 210 MHz. There are two identical outputs on the chip. The FBCLK should be used to connect to the FBIN. Each output has its own output enable pin. The ICS670-04 is ideal for synchronizing outputs in a large variety of systems, from personal computers to data communications to video. By allowing off-chip feedback paths, the chip can eliminate the delay through other devices. The 15 different on-chip multipliers work in a variety of applications.
Published: |