SIT9005ACB1G-XXDB

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Programmable oscillators are generally built from precision quartz crystals, which are programmed electronically with a wide range of frequencies. One such programmable oscillator is the SIT9005ACB1G-XXDB. This oscillator is a small, low-cost, and low-power device.

The SIT9005ACB1G-XXDB application field features a range of frequencies that can be programmed with quick turn-around so users can quickly set the device. This provides the ability to program any frequency up to its maximum specified frequency. It also features low phase noise and good jitter, making it suitable for a wide range of applications.

In terms of working principle, the device uses a quartz crystal connected to a tuned circuit (a resonator) to generate an oscillation. The oscillation frequency is set by the resonator\'s capacitance, with the crystal acting as a frequency-determining element. This frequency can then be quickly programmed by adjusting the capacitance of the resonator.

The frequency of oscillation is also affected by the temperature of the environment. The device is temperature compensated by using a temperature sensor/compensation circuit which measures the temperature of the environment and adjusts the oscillation frequency accordingly. This ensures that the frequency of oscillation remains constant even with changes in environmental temperature.

The SIT9005ACB1G-XXDB is an ideal solution for a wide range of applications requiring frequency control. It is well-suited for use in embedded applications, such as ATMs and Point-of-Sale (POS) systems. Additionally, it works well for applications in audio and video equipment, digital testing equipment, and communication systems.

The SIT9005ACB1G-XXDB programmable oscillator is a reliable, cost-effective solution for applications requiring frequency control. Its wide range of frequencies and low-power operation make it well suited for a variety of applications. Additionally, its temperature compensation circuit ensures that the frequency remains stable even with environmental temperature variations.

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