SIT9002AC-28N25ET

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Programmable oscillators are electronic devices that generate periodic signals at a frequency determined by an adjustable device, such as a voltage-controlled oscillator, phase-locked loop or microprocessor. SIT9002AC-28N25ET is an example of such a programmable oscillator. It is capable of operating in an extremely wide frequency range of 2.5kHz to 20.7MHz, while also featuring a high-level, low-noise output.

When it comes to the application field, SIT9002AC-28N25ET is ideal for applications such as data acquisition, test equipment, communications systems and consumer electronics. Its wide frequency range, low noise levels and stability make it suitable for tasks requiring high precision and reliability. Moreover, its small size makes it suitable for embedded applications that require limited space.

In terms of working principle, the SIT9002AC-28N25ET uses an oscillator circuit to produce a stable and accurate signal. This signal is then filtered by a low-pass filter to reduce noise, before being sent to an output amplifier for use. This process ensures that the signal output is of high quality and reliability.

To adjust the frequency generated by the oscillator, the SIT9002AC-28N25ET uses a digital interface. This interface is enabled by a proprietary microprocessor, allowing the user to easily program the desired frequency and to monitor the oscillator\'s operation. Furthermore, the microprocessor is capable of automatically adjusting the output signal\'s amplitude, ensuring that the output is of optimal quality.

The SIT9002AC-28N25ET is an excellent example of a programmable oscillator, as it is capable of operating in an extremely wide frequency range, while also featuring a high-level, low-noise output. It is also suitable for applications that require high precision due to its stability and its ability to be programmed to a desired frequency. Additionally, its small size and the ability to be controlled by a digital interface makes it an ideal choice for embedded applications.

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