TD-32.350MBD-T

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Oscillators

Oscillators are essential components of many electronic systems, and its performance can have considerable impact on system performance. TD-32.350MBD-T is an efficient oscillator that utilizes the fundamental properties of a quartz crystal to provide a stable and reliable reference frequency.

Application Field

TD-32.350MBD-T is designed to provide a low-noise clock reference signal of 32.350MHz. It is widely used in avionics, server systems, military and aerospace applications computers, cell phones, data-storage systems, GPS,etc. As its performance is crucial in those applications, it needs to be highly reliable.

Working Principle

The basic elements of quartz oscillators are a quartz crystal and two electrodes. The quartz crystal, made from silicone dioxide, reacts to an electrical signal, generated by the two electrodes and then restores it in the form of a mechanical vibration. The frequency of the vibration depends on its physical parameters, such as the size and thickness of the quartz element. The electrodes in turn transform this mechanical vibration into an electrical signal. This process is reverse with a frequency twice as that of the electrical signal applied to the electrodes. This device is usually designed to work at one specific frequency, and precision can be achieved if the quartz crystal is cut in a specific way.

Structure

TD-32.350MBD-T consists of a quartz crystal, two electrodes, and a number of additional electronic components. The quartz crystal is the core element of the oscillator. The two electrodes are connected to the crystal, and an electrical signal is applied to them. The frequency of the signal is equal to the mechanical vibration frequency of the crystal. The additional components are used to buffer and condition the signal. They are responsible for suppressing high levels of noise and compensation for temperature, aging, and other parameters that might affect the frequency of the oscillator.

Conclusion

TD-32.350MBD-T is an efficient oscillator that utilizes the fundamental properties of a quartz crystal to provide a stable and reliable reference frequency. It is widely used in avionics, server systems, military and aerospace applications computers, cell phones, data-storage systems, GPS,etc. It consists of a quartz crystal, two electrodes, and a number of additional electronic components, which ensure a reliable, low-noise operation and compensate for temperature, aging, and other parameters.

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