SIT9002AC-38H25DG

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Programmable oscillators are highly sophisticated electronic components used in a variety of applications such as frequency synthesis, multiphase clocking, and timing control. The SIT9002AC-38H25DG belongs to this family of oscillators, and is a programmable oscillator that offers unparalleled accuracy, flexibility, and performance. This article will discuss the application field and working principle of the SIT9002AC-38H25DG.The SIT9002AC-38H25DG is a dual output programmable oscillator that provides two independently programmable oscillator outputs. Designed with a low input power requirement and high accuracy, the SIT9002AC-38H25DG is an ideal choice for use in a wide range of clocking applications, including frequency synthesis, timing control, and frequency division.In frequency synthesis applications, the SIT9002AC-38H25DG can be used to generate any desired frequency from a single crystal reference source. As the frequency is programmed, the dual outputs provide a high-precision frequency for use in various applications.The dual outputs of the SIT9002AC-38H25DG can also be utilized in a wide range of applications that require timing control. The device can be used to precisely control the delay between two clock signals and switch between multiple clock domains within a system.In frequency division applications, the SIT9002AC-38H25DG can be used to divide a reference signal by a programmable number, thus allowing a wide variety of frequency division frequencies to be programmed. This feature makes the SIT9002AC-38H25DG a very useful tool in a wide range of applications that require precise and accurate frequency division, such as bandwidth control, modulation, and signal processing.In addition to the features and applications discussed above, the SIT9002AC-38H25DG also offers superior reliability thanks to its robust design, as well as advanced features such as a low jitter performance and low-noise operation.The working principle of the SIT9002AC-38H25DG is relatively simple. The device utilizes a single crystal-based reference source and utilizes a Phase-Locked Loop (PLL) to generate two independent, precise, and programmable-frequency outputs. First, the reference source is oscillated by an amplifier, filter, and a frequency divider. The reference frequency is then passed through the PLL, where it is compared to a programmable counter. When the counter reaches the reference frequency, the PLL frequency is adjusted by the amplifier, filter, and divider until it a programmed output frequency is obtained.The SIT9002AC-38H25DG is therefore an ideal solution for applications that require precise and accurate frequency control. Its robust design, low input power requirement, and high accuracy make it suitable for use in a wide range of applications, such as frequency synthesis, timing control, and frequency division. The device is also highly reliable, providing superior performance over other similar solutions. Finally, its simple working principle makes it easy to implement in any system.

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