TA-16.000MDE-T

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Oscillators play an important role in modern electronics, providing a means of creating signals at regular intervals. The TA-16.000MDE-T is a type of Oscillator which offers several attractive benefits. This article takes a look at the TA-16.000MDE-T Oscillator and examines its application field and working principle.

Application Field

The TA-16.000MDE-T Oscillator features a fixed frequency and is suitable for use in applications such as quartz crystal oscillators, RF transmitters and receivers, microprocessors, telemetry, data communications, instrumentation, and industrial automation. Its operating temperature ranges from -40 to 85 degrees Celsius, making it suitable for a variety of different conditions. The device has low power consumption, making it ideal for applications that require low power operation.

Working Principle

The TA-16.000MDE-T Oscillator works on the principle of piezoelectricity. Piezoelectricity is the ability of certain materials to develop a voltage when an external mechanical stress is applied. In the case of the TA-16.000MDE-T, a quartz crystal is used as the active element. When the crystal is disturbed by a signal, it converts the alternating motion into an electric current.

The TA-16.000MDE-T uses the "Divide by N" technique to generate a stable output frequency from the quartz crystal. This technique divides a reference frequency provided by the quartz crystal by a factor of N, thereby producing a frequency that is N times lower than the reference frequency. The TA-16.000MDE-T has a minimum divider value of 1, and is available with dividers of up to 16. This makes it possible to generate a wide range of frequencies from the same crystal.

The TA-16.000MDE-T Oscillator has an output status flag that indicates whether the oscillator is capable of providing a stable output frequency. The flag is set to high if the output frequency is within the specified range, and is set to low if it is outside of the specified range.

In addition to providing a stable output frequency, the TA-16.000MDE-T also offers fast start-up time and low phase noise. This makes it suitable for applications where fast response and low interference are required.

Conclusion

The TA-16.000MDE-T Oscillator is a type of Oscillator ideally suited for applications such as quartz crystal oscillators, RF transmitters and receivers, microprocessors, telemetry, data communications, instrumentation, and industrial automation. It works on the principle of piezoelectricity, and uses the "Divide by N" technique to generate a stable output frequency from the quartz crystal. The device also provides an output status flag to indicate the stability of the output frequency, and offers fast start-up time and low phase noise.

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