TC-12.288MDD-T

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Oscillators

TC-12.288MDD-T is a high-performance differential TCXO designed to provide tight stability and very low phase noise over an operating temperature range of -40°C to +85°C.

Application Field of TC-12.288MDD-T

The TC-12.288MDD-T is intended for a wide variety of applications including communications, time keeping, precision instruments, SATCOM, and other electronics that need very low phase noise. It is highly accurate and reliable, thus making it ideal for demanding high-performance applications within tight temperature and frequency stability constraints.

Working Principle of TC-12.288MDD-T

The TC-12.288MDD-T utilizes a temperature compensated crystal oscillator (TCXO) that provides excellent frequency stability under a broad range of operating temperatures. This type of oscillator works by utilizing the frequency versus temperature curves of two crystals tuned for the same frequency. As the operating temperature changes, one of the crystals changes its frequency but the other remains constant. By combining the constant element with the variable element, the overall output frequency remains constant.

The TC-12.288MDD-T is constructed with multiple parts including an oscillator element, an analog control circuit, a reference frequency crystal and a temperature sensor. The oscillator element generates a stable and accurate signal. The analog control circuit functions by comparing the incoming oscillator signal to the reference frequency and automatically adjusting its output frequency in order to keep the output stable even when the operating temperature changes. The temperature sensor monitors the temperature of the oscillator and sends a signal to the control circuit, allowing it to adjust the output frequency of the oscillator.

The TC-12.288MDD-T is an extremely reliable and accurate oscillator that provides tight frequency stability and low phase noise over a wide operating temperature range. Its efficient design and high performance make it ideal for use in a variety of demanding applications.

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