English
français
Deutsch
Español
русский
High Stability
Ultra-low phase noise OCXOs are renowned for their exceptional high stability. Their internal constant temperature control mechanism can ensure that the crystal oscillator maintains a very high frequency stability even under extreme temperature changes.
Low Aging Characteristics
This type of OCXO also has an extremely low frequency aging rate, meaning that its output frequency changes very little over time. The low aging characteristic ensures the reliability and accuracy of long-term operation, allowing devices to continuously provide stable time reference signals, which is especially suitable for scenarios requiring long-term high-precision timekeeping.
Ultra-Low Phase Noise Option
To meet the needs of applications with extremely high signal purity requirements, ultra-low phase noise OCXOs offer a dedicated ultra-low phase noise option. This feature is crucial for reducing signal distortion and improving the accuracy and integrity of data transmission, especially in fields such as radar systems, high-speed digital communications, and audio/video signal processing.
Multiple Output Options
To accommodate different equipment interface needs, ultra-low phase noise OCXOs support sine wave or HCMOS/TTL digital signal output. Sine wave output is suitable for analog signal processing, while HCMOS/TTL output is better suited for digital circuits. This flexibility allows OCXOs to be widely used in various electronic devices.
Using SC-Cut Crystals
To further enhance performance, ultra-low phase noise OCXOs use high-quality SC-cut crystals. SC-cut crystals are known for their excellent frequency-temperature characteristics and low noise properties, providing superior performance assurance for OCXOs.
Power Supply Voltage Options
To be compatible with the power supply needs of different devices, ultra-low phase noise OCXOs offer 5V or 12V power supply voltage options. This design allows OCXOs to be easily integrated into various electronic devices without the need for additional power conversion circuits, reducing system complexity and cost.
Instrumentation
Ultra-low phase noise OCXOs can provide stable and precise frequency references, which is crucial for ensuring the accuracy and reliability of measurement results.
Radar Systems
Their outstanding phase stability helps to improve the positioning accuracy and target recognition capability of radars.
Satellite Communication Systems
Ultra-low phase noise OCXOs ensure the clarity and stability of signal transmission, reducing signal distortion and bit error rate, thereby enhancing communication quality and efficiency.
GPS Reference Stations
These oscillators can provide precise time synchronization signals, ensuring the accuracy and real-time performance of GPS positioning data.
Commercial Off-The-Shelf (COTS) and Dual-Use Equipment
Ultra-low phase noise OCXOs also play an irreplaceable role, providing stable and reliable frequency and time references for various application scenarios.
Enhancing signal integrity is crucial for high-performance electronic systems, and ultra-low phase noise OCXOs play a key role in achieving this goal.
These oscillators provide excellent frequency stability and minimal phase noise, which is vital for maintaining signal clarity and reducing jitter.
In applications such as telecommunications, radar, and high-precision instruments, the superior performance of ultra-low phase noise OCXOs ensures reliable and accurate signal transmission.
By minimizing phase noise, these OCXOs enhance overall system performance, thereby improving data integrity and operational efficiency.
For any application requiring top-tier signal quality, choosing an ultra-low phase noise OCXO is a strategic move.
In conclusion, ultra-low phase noise OCXOs have become an indispensable component in modern electronic systems due to their exceptional performance and wide range of applications.
This is the last one.
