SIT1602BC-23-30E-60.000000E

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The SIT1602BC-23-30E-60.000000E oscillator is one of the various oscillator products defined as oscillators in the electronics industry. This product is specifically designed with HY-Q\'s cutting-edge technology and dedicated for wireless communication applications. Then, what is the application field and working principle of this type of oscillator?

This type of oscillator is mainly applied in wireless communication systems and this is because its frequency stability and small size are far better than that of the analog oscillators. In addition, its phase noise performance is excellent compared to traditional quartz crystals oscillators, making it ideal for wireless communication systems. Its high frequency stability is due to its built-in temperature compensation technology, which is able to accurately compensate the crystal temperature drift. In addition to the excellent frequency stability, the power consumption of the SIT1602BC-23-30E-60.000000E oscillator is only 5 mW, which is much lower than the traditional quartz crystals oscillator.

The working principle of SIT1602BC-23-30E-60.000000E oscillator is relatively complicated. First, the crystal oscillator inside the oscillator acts as an energy storage element. Then, when an electric current is input, the quartz crystal will generate an electromagnetic wave and the frequency of this wave is determined by the size and structure of the crystal, which is used to determine the frequency of the oscillator. After that, the oscillated signal is amplified by the amplifier inside the oscillator, and then the buffer is used to regulate and supply the fluctuation of energy inside the oscillator. Finally, the buffer output will be amplified again to output accurate and stable signal.

In conclusion, the SIT1602BC-23-30E-60.000000E oscillator has a wide range of application fields in the wireless communication industry due to its excellent frequency stability, low power consumption and small size features. In addition, its working principle is relatively complicated and involves multiple components. Understanding the working principle of this type of oscillator can help improve the performance of wireless communication systems.

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