Renesas Timing Distributor | Programmable Clock ICs
Renesas programmable clock generators and timing devices for low-jitter, flexible clocking.
Timing & Clock ICs Overview
BeiLuo supplies genuine Renesas timing and clock ICs, the programmable clock generators and timing devices that provide the low-jitter clocks a modern system needs. Renesas offers one of the broadest timing portfolios in the industry, from programmable clock generators such as the VersaClock family to buffers, jitter attenuators and clock synthesizers, and its parts are used across computing, networking, industrial and consumer equipment. A programmable clock generator such as the 5P49V60 can be configured to produce several output frequencies from one reference, with the configuration stored on-chip, which replaces multiple fixed oscillators with one device and simplifies a design that needs several clocks. The choice depends on the number of outputs, the frequencies, the jitter the system tolerates and the interface, and the clock must be matched to the load rather than picked by output count alone. Because jitter and phase noise affect high-speed interfaces and converters, the clock is often a decisive part of the signal chain, and its layout and its reference matter as much as its specification. Every device BeiLuo ships is factory-traceable and includes an import declaration, a certificate of origin and a RoHS compliance file. Our FAE team helps you choose a clock, plan the reference and verify the jitter and layout.
Timing & Clock ICs Product Range
In-stock Timing series available now, each with import documentation and FAE support. Click a model for full specifications and purchase information.
Frequently Asked Questions
Why use a programmable clock generator?
A programmable generator can produce several output frequencies from one reference, which replaces multiple fixed oscillators and simplifies a design that needs several clocks.
The configuration can be stored on-chip.
How important is jitter?
Jitter and phase noise affect high-speed interfaces and data converters, so the clock can be a decisive part of the signal chain. Choose the clock for the jitter the system tolerates.
Confirm the jitter against the interface's requirement.
What layout does a clock need?
Keep the reference close and clean, use a solid ground, and route the clock outputs as controlled-impedance traces away from noise sources.
Our FAE team reviews the clock layout during design-in.
Documentation
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