SIT9005ACE2D-XXDC

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Programmable oscillators are utilized to produce a required frequency within a given range. One such example is SIT9005ACE2D-XXDC, a military-graded oscillator designed for harsh environments and applications. This oscillator offers a reliable, low jitter oscillation in wide frequency ranges, from 650 to 2000 MHz.

With features such as low power consumption, high reliability and wide temperature range, SIT9005ACE2D-XXDC is used for various applications such as clock generation and clock synchronization. It is designed for high-speed communication, terrestrial and satellite ground station, navigation receivers and lab and industrial automation.

The SIT9005ACE2D-XXDC oscillator utilizes the Pierce crystal oscillator topology that is based on vacuum tubes and transistors, and is advantageous to use over single transistor-based circuits as it produces greater stability and a higher Q-factor. The oscillator works by providing an AC signal to the transistor that determines the time it takes to charge and discharge a capacitor. The result is a square waveform and an oscillating frequency that is based on the voltage supplied to the oscillator. This frequency can then be adjusted through the control input to regulate the circuit depending on the application.

The SIT9005ACE2D-XXDC oscillator is highly configurable and can be adapted to different applications by changing the control input and selection capacitors. It also has the ability to be used in conjunction with other oscillator types such as quarz, SAW and MEMS devices to increase robustness and allow for frequency flexibility. Other features include selectable voltage supply, frequency range and package sizes. Additionally, it provides high jitter performances and frequency stability.

In summary, the SIT9005ACE2D-XXDC is a programmable oscillator specifically designed for harsh applications and environmental conditions. It provides a reliable, low jitter oscillation in wide frequency ranges and utilizes a Pierce oscillator topology. Other features include selectable voltage supply, frequency range, package sizes and frequency stability. The oscillator is highly configurable and can be used in conjunction with other oscillators to increase robustness and allow for frequency flexibility.

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