SIT1602BI-23-XXE-33.000000D

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Packaging:	Tape & Reel (TR)
Part Status:	Active

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Introduction

Oscillators are electronic circuits that generate a continuous signal at a frequency controlled by a tuning element. As a type of oscillator, SIT1602BI-23-XXE-33.000000D is used in many applications, such as computing and communication, for timing, data transmission and signal processing. In this article, the application fields and working principles of SIT1602BI-23-XXE-33.000000D will be discussed in detail.

Application Fields

SIT1602BI-23-XXE-33.000000D is a kind of precision crystal oscillator, also named AT cut crystal oscillator, which is widely used in the fields of instrumentation, computing and communications. It is used for very precise frequency control in the range of 1KHz to 5 MHz. It is widely used in the communication system, such as digital mobile communication, satellite communication and satellite broadcast. Moreover, it is used for timing and control applications in instrumentation, such as frequency synthesis, clock distribution, frequency counting and data acquisition.

Working Principle

SIT1602BI-23-XXE-33.000000D employs a quartz crystal as a frequency determining element. Quartz is a piezoelectric material, so when a mechanical force is applied to it, it will emit a voltage, and when a voltage is applied to it, it will cause a mechanical force. This phenomenon is known as the piezoelectric effect. The measurement of the quartz crystal\'s frequency is based on the time it takes for a certain number of crystal oscillation cycles to occur. At the same time, the SIT1602BI-23-XXE-33.000000D crystal oscillator has two quartz tension members, a tensioner and a base plate, to maintain the vibration of the quartz crystal in the desired mode. The upper part is connected to an electrostatic drive capacitor, and the lower part of the quartz crystal is connected to an electrostatic hold capacitor, providing a perfect mechanical and electrical surroundings for the crystal . The pressure applied by the tuned circuit over the crystal is resonant and so should match the crystal\'s own natural frequency. In addition, the crystal oscillator also includes an amplifying circuit, which amplifies the weak output signal of the quartz crystals and makes it stronger for output. Thus, the crystal oscillator supplies an output frequency f0 of the quartz crystal.

Conclusion

The above article has discussed the application fields and working principles of SIT1602BI-23-XXE-33.000000D. It is clear that this precision crystal oscillator can be applied in communication systems and instrumentations, and it mainly works based on the piezoelectric effect of quartz. Its high precision and stability make it an ideal choice for these application fields.

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