TA-16.0972MDE-T

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Oscillators can be defined as circuits which can generate repetitive signal of same frequency. The TA-16.0972MDE-T is a voltage-controlled Crystal Oscillator (VCXO). It is one of the most precise techniques for creating an oscillatory circuit.

The TA-16.0972MDE-T is designed to provide a precise frequency-determining clock signal for systems and applications requiring dependable timekeeping, including telephone networks, digital systems, surveillance systems, and more. The device provides an output frequency of 16.0972 MHz and is operated over extended temperature ranges of -20°C to 70°C and -40°C to 85°C. The VCXO has a good linearity range and low jitter of 0.50pS and low power consumption of 10mA max.

The TA-16.0972MDE-T works by generating an oscillatory frequency by applying a voltage signal to the crystal, which vibrates at a certain frequency. This frequency is called the resonance frequency of the crystal. The voltage applied to the crystal is used to change the resonance frequency. The greater the voltage, the higher the frequency. The VCXO takes advantage of this phenomenon by using a tuning voltage which can change the frequency over a certain range.

The TA-16.0972MDE-T offers an excellent frequency control range, making it the perfect choice for applications that need precise frequency control. Its features include low drift and jitter, low power consumption, excellent tuning range, wide temperature range, low signal distortion, and high accuracy.

The TA-16.0972MDE-T can be used in many applications, including digital TV, radio, satellite navigation, wireless LANs, and many other communication systems. It is capable of providing extremely reliable and precise frequency control for all types of applications. In addition, the VCXO is highly reliable and is compatible with a wide variety of devices and systems.

In conclusion, the TA-16.0972MDE-T is an excellent choice for precision oscillator applications. It provides precise frequency control, low power consumption, wide temperature range, low signal distortion, and high accuracy. This makes it an ideal choice for many applications that require reliable frequency control.

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