TA-50.000MDD-T

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Oscillators are electronic components that generate repeating electrical signals. The TA-50.000MDD-T oscillator utilizes an oven-controlled crystal oscillator (OCXO) to deliver extremely precise timing signals in high stability and low power consumption. It has application in two distinct fields, those being frequency standard and radio communications.

In the field of frequency standard, the TA-50.000MDD-T oscillator is designed to provide the most accurate and stable reference clocks for ultrasonic sensors, instrumentation and navigational aids. This oscillator is also used as a reference frequency source for benchmarking frequency standards such as atomic clocks and GPS receivers. As such, it is capable of maintaining extremely precise time keeping and offers a long-term frequency stability of 10^-11.

In the field of radio communication, the TA-50.000MDD-T oscillator is used as a local oscillator for radar, HF communication, satellite navigation systems, and aviation navigation systems. It is designed to deliver extremely stable and accurate frequency signals, enabling radio operators to make precise, real-time data transmissions. It is also capable of preforming phase noise measurements, frequency hopping, and 2-way frequency sharing.

The working principle of the TA-50.000MDD-T oscillator is based on the properties of quartz crystals. Quartz resonates at a specific frequency when an alternating voltage is applied to it, and this natural resonance frequency can be tuned by external circuitry. Temperature has a strong influence on the frequency of the oscillator, which is why it is manufactured in an oven-controlled environment for more consistent performance. This oven-controlled crystal oscillator, as well as the additional frequency-control circuitry, form the core of the TA-50.000MDD-T oscillator.

The TA-50.000MDD-T oscillator is a highly reliable and accurate device, delivering extremely stable time-keeping and frequency output for use in applications that require a high level of precision. It is used in a variety of fields, from frequency standard to radio communication, and its performance is made possible by an oven-controlled crystal oscillator and cutting-edge frequency control circuitry.

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