TA-16.000MCE-T

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Oscillators

The TA-16.000MCE-T oscillator is a voltage controlled precision oscillator which is designed to provide high-stability and long-term stability over temperature. It utilizes MEMS technology which offers superior jitter performance compared to Si MEMS oscillators. The oscillator is also designed for low-power consumption and has a wide operating temperature range of -40 to +125°C.

Applications

The TA-16.000MCE-T oscillator is designed for use in a variety of applications, including industrial, automotive, telecom, medical, and defense. The oscillator can be used in applications such as frequency synthesizers, clock distribution for FPGAs, clock and data recovery circuits, and state-of-the-art test and measurement. It is also easy to implement and can be customized for specific requirements.

Working Principle

The TA-16.000MCE-T oscillator utilizes MEMS technology to provide its high-stability and low-power consumption. The MEMS technology uses silicon as a substrate for micrometer-scale physical structures, which allow for precise control of frequency and temperature. The oscillator uses a resonator to generate an oscillatory signal, which is then fed into a voltage controlled oscillator (VCO) to provide the desired frequency output. The VCO also provides frequency compensation, which allows it to maintain a stable frequency output even as the temperature changes.

The TA-16.000MCE-T oscillator is also capable of providing an extremely low-jitter signal. Jitter is defined as the timing deviation that occurs in a signal over time, and can cause a signal to become distorted. The oscillator utilizes a specialized lattice filter design which ensures that the signal is extremely clean and stable, allowing for extremely precise timing of events. This makes the oscillator an ideal choice for precision timing applications.

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