SIT9005ACB2G-XXDA

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Programmable oscillators are a type of oscillator which are useful for applications requiring increased frequency accuracy and stability. SIT9005ACB2G-XXDA is a programmable oscillator manufactured by SiTime Corporation and are used for applications that require increased frequency accuracy and stability. The SIT9005ACB2G-XXDA is a low-phase noise silicon oscillator which offers a wide range of frequency accuracy, phase noise, jitter, and power dissipation.

The SIT9005ACB2G-XXDA is typically used for applications such as data collection, communication systems, timing and control, and frequency synthesis. The device has an on-chip clock monitor, providing frequency trimming and single-ended input for improved accuracy, increased stability, and a wide range of clock frequencies. The SIT9005ACB2G-XXDA is also a low-power device, allowing it to be used in battery-powered systems.

The SIT9005ACB2G-XXDA is constructed by combining a precision oscillator with a programmable controller. The oscillator is built on a proprietary Silicon MEMS (Micro-Electro-Mechanical System) process and consists of a micro-machined, resonant silicon structure. The oscillator is then coupled with a programmable controller, which can be programmed to provide an output frequency that is accurate within 2ppm. The on-chip clock monitor enables frequency trimming and single-ended input, providing improved accuracy and stability for applications such as data collection and communication systems.

The SIT9005ACB2G-XXDA offers high frequency accuracy and stability, with an frequency tolerance of up to ±2ppm over the entire operating temperature range. The device also has excellent phase noise performance, with a phase noise floor of -90dBc/Hz at 1kHz offset, and jitter performance is also improved with a typical jitter of 10ps RMS. The device also offers low power consumption, making it an ideal choice for battery-powered applications.

The SIT9005ACB2G-XXDA can be used in many different applications, including data collection, communication systems, timing and control, and frequency synthesis. The device can be programmed to provide a wide range of output frequencies, and the on-chip clock monitor provides improved accuracy and stability for applications requiring increased frequency accuracy and stability. The device also offers low power consumption, making it ideal for battery-powered applications.

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