SIT1602BI-73-XXN-18.432000G

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Oscillators, such as SIT1602BI-73-XXN-18.432000G, are widely used in electronic products, especially wireless communication, and have different application fields and working principles.

The key application of SIT1602BI-73-XXN-18.432000G is to generate the necessary frequency signal in a wireless communication system. It can not only accurately and stably output a frequency at a given temperature range, but also precisely output a frequency and its harmonics with an error of less than 3ppm, and the frequency can be manually adjusted. To meet the requirements of different communication systems for frequencies, it can output signals with different frequencies, such as 387.5 MHz, 405 MHz, 425 MHz, 435 MHz, 915 MHz and 920 MHz. In addition, it also provides different aspects for system design. For example, these Oscillators can provide time control of temperature compensation, frequency switching, cutting corners of frequency accuracy and cost, as well as improvement of system communications to give better signals.

In terms of working principles, SIT1602BI-73-XXN-18.432000G oscillator contains a center frequency crystal, a crystal oscillator circuit, a microprocessor, a power switch, and a frequency conversion switch. It can be operated in both normal and low voltage states and will stop outputting frequency when the operating voltage reaches a certain value if it is placed in a low voltage state. Crystal oscillator circuits and crystals are used for the oscillation in the oscillator. The microprocessor continuously corrects and adjusts the output frequency, compensates any errors in the input signal, and helps maintain the accuracy of the signal output.

In summary, SIT1602BI-73-XXN-18.432000G, with its application field and working principle described above, is widely used in wireless communication systems to provide accurate and stable frequency signals. Its various features such as frequency switching, time control and temperature compensation provide better system design solutions. In addition, its output signals are accurately updated and corrected in real-time by its microprocessor to maintain the accuracy of signals.

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