SIT3808AI-G2-18NE-12.000000Y

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Oscillators

The world of electronics offers a wide variety of oscillators to help fulfill the exact frequency requirements of a wide range of applications. One of the most common types of oscillator is the SIT3808AI-G2-18NE-12.000000Y oscillator. This device is an adjustable frequency crystal oscillator module that provides precision for digital and analogue applications.

The SIT3808AI-G2-18NE-12.000000Y provides stability in crystal oscillator applications that require an extended frequency range and excellent frequency resolution. It is designed with two different reference frequency scales, the SIT3808AI-G2-18NE-12.000000Y reference clock input and the SIT3808AI-G2-18NE-12.000000Y frequency tuning range. The module is a CMOS-based module that features integrated digital and analogue control mechanisms.

The SIT3808AI-G2-18NE-12.000000Y offers stable frequencies in a wide range of operating temperatures. It is a cost-effective oscillator solution that delivers superior total system performance. The SIT3808AI-G2-18NE-12.000000Y also offers high stability over varying temperature ranges with respect to power-supply, frequency output, and device life. The module offers a fast settling time for frequency and amplitude tracking of the reference clock signals.

The SIT3808AI-G2-18NE-12.000000Y is used in various digital and analogue applications, such as frequency synthesizers, voltage-controlled oscillators, programmable logic controllers, and clock generators. This device is perfect for applications with a wide operating frequency range and a need for maximum frequency accuracy. It is completely programmable and can be used to control the clock frequency as well as the supply voltage of the system.

The main working principle of the SIT3808AI-G2-18NE-12.000000Y is based on an oscillator circuit based on a quartz oscillator and a control circuit. The quartz oscillator functions as a frequency generator, producing a periodic output signal. The oscillator frequency is adjustable by using the setting voltage. A PLL (Phase Lock Loop) circuit is then used to filter and condition the output signal and external clock signals, allowing the device to generate a clean output signal.

This oscillator circuit is then connected to a voltage-controlled oscillator (VCO), which generates the desired signal with the desired frequency. This VCO is then controlled by the settings voltage of the SIT3808AI-G2-18NE-12.000000Y, which allows the device to be set to the desired frequency range. The device is then connected to the output circuit, which provides the output clock signal.

The SIT3808AI-G2-18NE-12.000000Y is an ideal solution for applications requiring precise frequency control. Its adjustable frequency and low total harmonic distortion are suitable for digital broadcast and data acquisition applications. This device is also widely used in communication systems, such as FDM and CDMA systems, which require stable, low jitter frequencies. It can also be used in control applications, where precise frequency control is required.

The SIT3808AI-G2-18NE-12.000000Y can be used in many different application fields and is ideal for applications that require precise frequency control. Its wide frequency tuning range and high stability make it suitable for many different types of digital and analogue applications, such as clock generators, frequency synthesizers, voltage-controlled oscillators, programmable logic controllers, and more.

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