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Designed and tested to support Holdover Applications

  Maintaining accurate phase is increasingly important to modern communication systems. A common challenge faced by the system designer is how to implement a reliable source of backup timing as holdover in synchronization applications is a complex feature of timing system design. To make implementing a holdover solution simpler we have identified a family of Holdover Oscillators that are designed and tested to support holdover applications. We also provide information on some of the factors to consider when making such a choice in our Whitepaper "Simplifying Holdover Design in Synchronization Applications" and discuss the new OX-203 Holdover Oscillator in the Application Note "Holdover Oscillators". Register below to receive both of these documents or contact us to discuss your holdover application requirements.


Register for the Whitepaper
and Application Note
Recommended Holdover Oscillators for maintaining a high stability local reference at the base station


Specification # Standard
Frequencies
Available
(MHz)
Type Size (mm) Package Type Holdover, 24hrs
±2°C
Temp
Range
Output Type Supply

OX-203
Photo of the OX-203 OCXO component
5 to 20 OCXO 25.4 x 25.4 x 13.4 Through Hole 8us –40 to 85°C CMOS
Sinewave
5V

MD-023
Photo of the MD-023 Module component
10 Module 76 x 71 x 25 Connectorized Housing 4us 0 to 70°C CMOS RF,
TTL 1PPS
12V

MX-041
Photo of the MX-041 OCXO component
5 to 15 OCXO 50.8 x 50.8 x 14.55 Through Hole 6us –20 to 70°C CMOS
Sinewave
5V, 12V
 

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