SIT1602BI-21-28N-66.660000E

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Oscillators have many important applications, such as radio, television, aerospace, and medical systems. SIT1602BI-21-28N-66.660000E oscillator belongs to one type of oscillators, which is widely used in various fields. This article will explore the application field of this type of oscillator and its working principle.

The SIT1602BI-21-28N-66.660000E oscillator is a quartz crystal oscillator packaged in an industry standard 28 pin dual in-line package. It is a high stability, small footprint oscillator with tight stability of frequency over temperature and voltage. It works at a frequency range of 66.700MHz to 66.77MHz with a total stability of ±3 PPM.

There are a variety of application fields for SIT1602BI-21-28N-66.660000E oscillator. The most common uses include timing control, clock synchronization, and signal generation for communication devices. It can be used in a variety of products such as military and aviation communication devices, satellite navigation systems, and digital television systems. In addition, it can also be used in medical monitoring and diagnostic equipment, such as MRI and ECG equipments.

The working principle of the SIT1602BI-21-28N-66.660000E oscillator can be divided into two parts: generation of output signal and regulating of oscillation frequency. The oscillator mainly consists of two parts: the piezoelectric crystal and the oscillator circuit. The crystal is the most important part of the oscillator. It works by converting electricity into mechanical vibrations. The oscillator circuit then amplifies and regulates the signal, creating an oscillating waveform with a specific frequency. The two parts of the oscillator work together to generate a stable oscillating signal with a predetermined frequency.

In summary, the SIT1602BI-21-28N-66.660000E oscillator is a high stability, small footprint oscillator with tight stability of frequency over temperature and voltage. It is widely used in various fields such as military and aviation communication devices, satellite navigation systems, digital television systems, and medical monitoring and diagnostic equipments. Its working principle mainly involves the piezoelectric crystal and the oscillator circuit that works together to generate a stable oscillating signal with a predetermined frequency.

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