TA-16.0972MCE-T

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Oscillators are essential components of most electronic systems. They are used to create and sustain alternating electrical signals for a variety of purposes including signal generation, signal synchronization, signal amplification, signal transmission and signal routing. Of all the oscillators available, the TA-16.0972MCE-T is one of the most popular and reliable. It stands out for its high performance, small size and low power consumption.

The TA-16.0972MCE-T oscillator is an AC-coupled single oscillator with a center frequency of 16.0972 MHz. It is specifically designed to function as an oscillator for radio frequency (RF) control systems, such as field-programmable gate arrays (FPGAs). The TA-16.0972MCE-T is an excellent and robust choice for applications involving frequency shift keying (FSK), digital modulation and frequency synthesis.

The TA-16.0972MCE-T oscillator operates based on the principles of resonant circuit operation. An oscillator circuit includes a capacitor, inductor, resistor and AC signal generator which work together to create a frequency determined by the resonant circuit frequency and the AC signal generator’s frequency. The frequency of the AC signal generator is adjustable and allows for precise tuning of the circuit frequency.

The TA-16.0972MCE-T oscillator is capable of producing an output signal that is accurate to +/-50ppm over its operating temperature range -40°C to +100°C. It has a high reliability rate, with less than 1000 hours of use being necessary before any degradation in performance can be observed. This makes the TA-16.0972MCE-T an ideal choice for applications requiring long-term operation.

The TA-16.0972MCE-T oscillator is a high-performance and reliable solution for a variety of applications. It is used in radio frequency control systems, frequency synthesis, frequency shift keying and digital modulation. Its ability to produce accurate and reliable output signals over its wide operating temperature range makes it an invaluable component in many applications.

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