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Oscillators

Oscillators are devices that use a sustained oscillation of electric current or voltage for generating a periodically recurrent signal, called an oscillating signal. Oscillators are typically used to generate and/or control high frequency signals for various applications, such as frequency synthesis, frequency control, timing and synchronization, radio and television transmission, etc. There are various techniques for producing oscillations, each with its own benefits and disadvantages. In the following, the SIT1602BI-12-XXS-38.000000E oscillator is discussed in detail, including its application fields and working principle.

Application Fields

The SIT1602BI-12-XXS-38.000000E can be used in a variety of devices, owing to its ability to provide stable, precise signals. With accurate frequency and phase control, the SIT1602BI-12-XXS-38.000000E is particularly suitable for radio and television transmission, timing and synchronization, automotive electronics, industrial controllers, instrumentation, and embedded systems. This oscillator also offers longer service life and good linearity, making it useful for data acquisition, signal processing, and communication applications.

Working Principle

The SIT1602BI-12-XXS-38.000000E oscillator is designed with a quartz crystal, which forms a frequency-determining element in the circuit. The crystal consists of two plates of quartz cut at specific angles. The electrical field created at the crystal face causes the quartz to vibrate, resulting in a current oscillation. This frequency is determined by the thickness and geometry of the crystal. Typically, a quartz crystal oscillator is combined with a transistor amplifier and a feedback resistor to form an oscillator. A capacitor and an inductor can be used in some oscillator circuits to improve the stability and amplitude of the oscillating signal.

Conclusion

The SIT1602BI-12-XXS-38.000000E oscillator is a highly reliable, low-power device for generating signals with stable frequency and phase. Its accuracy and precision makes it suitable for a variety of applications, such as radio and television transmission, timing and synchronization, automotive electronics, and embedded systems. The oscillator works by combining a quartz crystal with a transistor amplifier and a feedback resistor, and may also incorporate a capacitor and an inductor, to improve the stability and amplitude of the oscillating signal.

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