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Oscillator Jitter Basics

2016-02-18 11:45:03| rfglobalnet Home Page

Noise elements that cause clock signal periods to vary are known as jitter. Jitter is composed of deterministic sources such as power supply, and random content sources such as thermal vibrations. This white paper from MtronPTI presents in-depth information on the definition of jitter, different types of jitter sources, how to measure jitter, and how to correlate jitter from supplier to customer.

Tags: basics oscillator jitter

 

Network Synchronizers offer 0.25 psec rms jitter performance.

2016-02-10 14:31:04| Industrial Newsroom - All News for Today

Offering direct compliance migration path for G.8262 SyncE to IEEE 1588, single-channel ZL30721/ZL30722 and dual-channel ZL30723 feature IEEE 1588-2008 PTP stack, synchronization algorithm, and system synchronizer clock generation hardware. ZL30722 also features 5 x 5 mm package. While ZL30721/ZL30722 have 3 input references and generate up to 3 differential or 6 single-ended output clocks, ZL30723 has 6 input references and generates up to 6 differential or 12 single-ended output clocks.

Tags: offer network performance 025

 
 

Photon Detection Material captures more bits with less jitter.

2016-01-07 14:31:07| Industrial Newsroom - All News for Today

As described in "High-efficiency superconducting nanowire single-photon detectors fabricated from MoSi thin-films," which appears in Optics Express, NIST researchers used electron beam to pattern nanowires into thin film made of heat-tolerant ceramic superconductor (molybdenum silicide). Researchers demonstrated detector efficiencies of 87% at wavelengths useful in telecommunications. This is almost as efficient as tungsten-silicon devices (93%) but with lower jitter.

Tags: with material bits detection

 

Low Jitter VCXOs: M3028 Series

2015-12-29 14:12:54| rfglobalnet Downloads

The M3028 series of low jitter VCXOs provide excellent performance and stability for telecommunication, broadcasting, datacom, and test and measurement applications. Features include a frequency range from 30 to 170 MHz, less than 0.1 pa max of RMX jitter, and a 3D overtone design.

Tags: low series jitter low jitter

 

Low Jitter VCXOs: M3027 Series

2015-12-29 14:02:50| rfglobalnet Downloads

The M3027 series of low jitter VCXOs provide excellent performance and stability for telecommunication, broadcasting, datacom, and test and measurement applications. Features include a frequency range from 1 to 170 MHz, less than 0.4 pa max of RMX jitter, and a 3D overtone design.

Tags: low series jitter low jitter

 

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