CTVED-A5B3-622.08TS

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Oscillators

Oscillators are devices that generate a periodic signal in electronic circuits. Oscillators are essential for different applications such as radio transmission, clock generation, low frequency stabilization, and sound synthesis. Types of oscillators range from simple time-based oscillators to sophisticated multi-oscillator and analog-digital hybrid designs.

One of the most promising oscillators is the CTVED-A5B3-622.08TS oscillator. This is a GPS disciplined oscillator designed for use in satellite and other telecommunications applications. It is suitable for timing and frequency control in wireless communication systems, navigation, and other synchronization applications.

Application field

The CTVED-A5B3-622.08TS oscillator is designed for use in applications requiring strong synchronization with GPS. The oscillator combines the advantages of low drifting and aging Quartz-based oscillator with unparalleled synchronization accuracy.

The oscillator is used in telecommunication systems working in the L-band and P-band frequency bands. These bands are used for broadcast signals and in cellular communication, ensuring that the CTVED-A5B3-622.08TS oscillator is ideal for use in wireless communication systems.

The oscillator is also used in navigation applications, such as vehicle tracking systems, flight control systems, and GPS-based navigation systems. The oscillator’s features enable it to maximize accuracy in navigation applications, offering reliable short-term synchronization without compromising long-term stability.

Working principle

The CTVED-A5B3-622.08TS oscillator is an adapter of the traditional quartz oscillator. It employs two frequency sources for high precision synchronization. The quartz oscillator provides short-term stability and accuracy, while a GPS atom clock module provides long-term stability and accuracy.

The oscillator is equipped with a precise wave counter hardware that prevents slipping of the quartz oscillator and enables high synchronization accuracy. The quartz oscillator can be adjusted to provide a high frequency accuracy, while the GPS module provides an extremely precise reference clock that can be synchronized via a serial communication link.

In addition, the CTVED-A5B3-622.08TS oscillator also includes an adjustable reference amplifier that allows a high frequency output signal to be generated. This amplifier ensures that the oscillator delivers reliable and accurate signal over a very wide frequency range.

The oscillator provides several features including an embedded temperature-compensated voltage controlled oscillator (VCXO) which ensures stability and precision of the output frequency. Additionally, the oscillator also features a temperature-compensated voltage-controlled crystal oscillator (VCO) that ensures high accuracy over a wide frequency range.

The CTVED-A5B3-622.08TS oscillator is equipped with an auto-calibration function that allows the oscillator to be recalibrated for optimal performance. This calibration process is performed using a network connection and the oscillator’s internal software.

Finally, the CTVED-A5B3-622.08TS oscillator also contains built-in monitoring and control functions that allow the user to monitor system parameters such as voltage, temperature, frequency, and duty cycles. These monitoring and control functions allow users to ensure optimal performance of the oscillator.

The CTVED-A5B3-622.08TS oscillator is an ideal device for various communication and navigation applications that require reliable and precise frequency control. The oscillator’s advanced features allow for stable synchronization with GPS and other frequency sources, ensuring that the oscillator is suitable for use in a wide range of applications.

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