SIT1602BC-72-XXS-35.840000G

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An oscillator is an electronic circuit which is used to generate a periodic signal. SIT1602BC-72-XXS-35.840000G is a type of oscillator, developed by Sitronix Technology Corporation, which can be used for general timing and clock application. It is equipped with a high-frequency oscillator, a low-frequency oscillator, and a temperature-compensated clock, and it can be used in many different applications.

The high-frequency oscillator of the SIT1602BC-72-XXS-35.840000G uses a voltage-controlled oscillator (VCO) and an external resistor to adjust the output frequency. The VCO has a frequency range of 9kHz to 500MHz, which can be adjusted in 4-bit increments. The external resistor is used to set the toggle frequency, and it can also be used to correct the skew of the clock signal. The low-frequency oscillator uses a crystal oscillator, which is temperature compensated to ensure accuracy. The temperature-compensated clock has an accuracy of +/- 5ppm, and it can be used for frequency-stabilized application.

The SIT1602BC-72-XXS-35.840000G oscillator is typically used in consumer electronics, communication equipments, automotive electronics, industrial automation, and computing applications. In communication equipments, it can be used as a source of clock signals to ensure precise timing. In automotive electronics, it can be used as a clock signal for digital control ICs in order to ensure accuracy. In industrial automation, it can be used as a source of clock signals for high-speed data transmission. In computing applications, it can be used in servers and high-end video cards to ensure accurate timing.

The SIT1602BC-72-XXS-35.840000G oscillator is designed to provide robust and reliable performance in a variety of applications. It has high frequency stability, low power consumption, and high level of accuracy. It is also used for temperature-compensation of clock signals, which helps in maintaining accuracy in temperature-sensitive applications. The oscillator can be used to generate clock signals for data transmission in high-speed networks, and it can also be used to generate clock signal for computing applications. It is a cost-effective solution for time-critical applications.

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