SIT8208AI-23-33E-16.369000T

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Oscillators are electric circuits that produce a periodic waveform, oscilating between two states, at a given frequency. The most common oscillator is a sinusoidal wave oscillator, which generates a sine wave. SIT8208AI-23-33E-16.369000T is also a kind of oscillator, and this article introduces its application field and working principle.

The SIT8208AI-23-33E-16.369000T oscillator is a type of compensated crystal oscillator which uses a quartz crystal to determine its frequency. It is designed with a frequency of 16.369 MHz and a temperature compensated aging rate of 2.0 PPM/yr, making it a suitable choice for many applications. It operates over the frequency range of 0-20 MHz and employs a low power consumption mode, making it highly efficient.

The oscillator has a wide range of applications. It can be used for clock generation in radio communications, computing and control systems, and serves as the foundation of all digital timing devices. It is also suitable for use in GPS and other navigation systems. In addition, it can be used in consumer electronics, such as televisions, cellular phones, and computers.

The working principle behind the oscillator follows the basic principles of resonance. The quartz crystal acts as a piezoelectric element, in which an electric field will cause a mechanical vibration to occur, and vice versa. This vibration is then amplified by an external circuit, and the resulting oscillation will cause the crystal to vibrate at its natural frequency. This vibration is then used to generate the desired frequency.

To ensure accuracy, the frequency of the oscillator must be controlled. This is accomplished through a feedback system, in which a positive feedback loop is created between the crystal oscillator and a frequency accurate reference circuit. This ensures that any errors in the frequency are detected, and corrected in order to maintain a precise and reliable output frequency.

In summary, the SIT8208AI-23-33E-16.369000T oscillator is a type of compensated crystal oscillator which utilizes a quartz crystal to generate an oscillating frequency. It is designed with a stable frequency and temperature compensated aging rate of 2.0 PPM/yr, making it suitable for a wide range of applications. Its working principle follows the principles of resonance, and the frequency is controlled by a feedback system which ensures accuracy.

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