SIT1602BIT2-XXE

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Programmable Oscillators are commonly used for various timing applications including clock and timing control for digital devices, and for analog device control. Often these oscillators have built in digital control and programmability. The SIT1602BIT2-XXE Oscillator is an example of a high performance programmable oscillator. It offers excellent electro-magnetic compatibility (EMC) performance, low phase jitter over a wide frequency range, excellent temperature stability and high accuracy.

The SIT1602BIT2-XXE has a versatile range of applications. It can be used to generate low frequency signals for clocking applications such as microprocessors, clock generators, ASICs and FPGAs, as well as analog networks. It is also useful for synchronizing multiple clocks and generating clock signals for test and measurement equipment. Additionally, this type of oscillator is also widely used in the aerospace and military segments, where accuracy and reliability are essential.

The working principle of the SIT1602BIT2-XXE is based on the use of an internal quartz crystal oscillator that is digitally controlled. The oscillator generates a signal that is converted into a low frequency signal which is then divided to the desired frequency. The frequency can then be adjusted through a built-in digital control, allowing the output frequency to be accurately maintained over temperature fluctuations, voltage variations and other environmental perturbations.

The SIT16002BIT2-XXE has a built-in programmable logic interface, enabling advanced control and coordination of timing events. It is also designed with high temperature isolation, allowing it to function in extreme environments. Additionally, the device also features a wide operating temperature range, allowing it to be used in applications that require high reliability and temperature stability.

The SIT16002BIT2-XXE is a highly versatile oscillator due to its excellent performance characteristics and numerous applications. It is a reliable and accurate way to generate low frequency signals for both digital and analog applications. It is also ideal for synchronizing multiple clocks and for providing accurate timing for test and measurement equipment. This type of oscillator can also help ensure reliable and accurate operation in the highly demanding aerospace and military segments.

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