SIT9005ACR1D-XXEE

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Programmable oscillators are widely used in various applications, providing a way to generate various frequency signals. The SIT9005ACR1D-XXEE is a typical programmable oscillator and is suitable for a variety of applications. This article shall discuss its application field and working principle.

The SIT9005ACR1D-XXEE is a high performance, low power programmable oscillator designed for multiplication of high speed serial data. It is capable of driving multiple clock streams over a wide frequency range. It is one of the few programmable oscillators in the world that can handle frequencies up to 2.5GHz. This product has a wide application range, including but not limited to, digital logic design, high speed communications, computer buses and high-speed interface applications. In addition, this oscillator is suitable for automotive, medical and industrial systems.

The SIT9005ACR1D-XXEE is composed of a programmable oscillator, a frequency selection circuit and a clock driver. The programmable oscillator is based on a voltage-controlled oscillator (VCO) which generates a continuous signal with a predetermined frequency. This signal is then divided, amplified and filtered to generate an output signal. The frequency selection circuit makes use of a voltage-controlled divider, a transconductance amplifier and a filter to generate an output of a desired frequency. The clock driver is an amplifier which is used to boost the output signal to the desired level for applications such as driving loads, switching multiple gate arrays, transmitting and receiving data, etc.

In short, the SIT9005ACR1D-XXEE is a high performance and low power programmable oscillator that can be used for various applications, such as digital logic design, high speed communications, computer buses and high-speed interface applications. It is based on a VCO, which generates a continuous signal, and then utilizes the frequency selection circuit to produce the output of a desired frequency. The output is then amplified and filtered and routed through a clock driver to the desired output. This oscillator can handle frequencies up to 2.5GHz and is suitable for a variety of applications.

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