Clock Multipliers And Distribution ICs Produce Very Low Jitter

May 1, 1999
Precision clocks with 18 differential ECL outputs for high-speed clock applications such as computer clock distribution, Rambus, telecom and ATE systems is promised with the VSC6108, VSC6110, and VSC6112, a family of clock multiplier and distribution

Precision clocks with 18 differential ECL outputs for high-speed clock applications such as computer clock distribution, Rambus, telecom and ATE systems is promised with the VSC6108, VSC6110, and VSC6112, a family of clock multiplier and distribution ICs. Skew is very low, the rise times are extremely fast and jitter is very small, meeting SONET/SDH jitter requirements. Input frequencies are selectable from 50 MHz to 622 MHz and the output frequencies are selectable from 100 MHz to 1.25 GHz. The device operates from a single 3.3V power supply with a dissipation of only 1.2W typical.System cost is said to be reduced because designers can distribute high-speed clocks on the pc board but use lower speed clocks from board to board. Applications include ATE, instrumentation, telecom and datacom, and computer system applications. Commercial temperature range is 0°C to 70°C. Samples are available with volume production scheduled for Q3 of this year.

Company: VITESSE SEMICONDUCTOR CORP.

Product URL: Click here for more information

Sponsored Recommendations

The Importance of PCB Design in Consumer Products

April 25, 2024
Explore the importance of PCB design and how Fusion 360 can help your team react to evolving consumer demands.

PCB Design Mastery for Assembly & Fabrication

April 25, 2024
This guide explores PCB circuit board design, focusing on both Design For Assembly (DFA) and Design For Fabrication (DFab) perspectives.

What is Design Rule Checking in PCBs?

April 25, 2024
Explore the importance of Design Rule Checking (DRC) in manufacturing and how Autodesk Fusion 360 enhances the process.

Unlocking the Power of IoT Integration for Elevated PCB Designs

April 25, 2024
What does it take to add IoT into your product? What advantages does IoT have in PCB related projects? Read to find answers to your IoT design questions.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!