50.8 x 50.8 mm Ultra-High Precision Disciplined Oscillator
Product Highlight
The DT-5151 delivers atomic clock-level performance, making it the ideal choice for critical applications such as radar systems, IoT networks, smart grids, and test equipment. The DT-5151 ensures ±1.5 µs holdover stability over 24 hours, maintaining precise operation even without GPS signals, with optional fine-tuning to ±1 µs. Its exceptional short-term stability achieves an Allan deviation of 5e-12 (τ=1s), significantly outperforming traditional atomic clocks. Additionally, it offers ±0.1 ppb frequency stability, ensuring consistent performance under varying environmental conditions. With low phase noise, the DT-5151 enhances signal quality, supports telecom base station operations, and improves measurement accuracy in test equipment, making it the ultimate solution for high-precision applications.
| Frequency Accuracy | 24Hrs Hold Over | Operating Temp. Range(°C) | |
|---|---|---|---|
| μs | Min. | Max. | |
| ±1×10-12 | ±1.5 | -10 | 70 |
Solution
- Base Station / Wired Network
- GNSS Timing
- Infrastructure
- Reference Timing Circuit
- Resilient PNT
- Seismic
- Telecom Systems
- Time and Frequency Standard
- UAVs
- Ultra-High Precision Disciplined Oscillator
- iCloud Data Center
Feature
Product Categories
- All Timing Module
- Timing Module
