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.
| Specification # | Standard Frequencies Available (MHz) |
Type | Size (mm) | Package Type | Holdover, 24hrs ±2°C |
Temp Range |
Output Type | Supply | |
OX-203
|
5 to 20 | OCXO | 25.4 x 25.4 x 13.4 | Through Hole | 8us | –40 to 85°C |
CMOS Sinewave |
5V | |
MD-023
|
10 | Module | 76 x 71 x 25 | Connectorized Housing | 4us | 0 to 70°C |
CMOS RF, TTL 1PPS |
12V | |
MX-041
|
5 to 15 | OCXO | 50.8 x 50.8 x 14.55 | Through Hole | 6us | –20 to 70°C |
CMOS Sinewave |
5V, 12V | |