SIT9002AC-48H25DX

Programmable oscillators vary from traditional oscillators by virtue of the wide range of adjustable output frequencies available and their increased precision. These devices offer great flexibility and control to applications that necessitate the control over an oscillator\'s output frequency, such as communication and sensor devices. Examples of programmable oscillators include the SIT9002AC-48H25DX.

The SIT9002AC-48H25DX is a programmable oscillator that is designed to meet the requirements of a wide range of applications. It is particularly suitable for system level design applications, including communications, automotive, military and aerospace, consumer electronics, and medical instruments. With its wide range of adjustable output frequencies and its high degree of accuracy, this device is the perfect choice for projects that require precise control and accurate output frequencies.

The SIT9002AC-48H25DX works using an adjustable VCO, or Voltage Controlled Oscillator, which is capable of generating a wide range of output frequencies by varying the voltage that is applied to it. This oscillator is able to output frequencies from 0.1MHz to 50MHz, with a finely adjustable frequency resolution of 0.001MHz. The device can also be programmed with external resistors, making it suitable for a wide range of application types that require the adjustment of multiple output frequencies.

The SIT9002AC-48H25DX also features an integrated low noise PLL, or Phase Lock Loop, which is used to synthesize a stable output frequency. It also includes programmable gain, output current, output voltage and drive strength settings to ensure the best performance in any given application.

The SIT9002AC-48H25DX is an ideal device for applications that require accurate control over their output frequency. Its adjustable VCO and integrated PLL make it well suited for a wide range of application types, from communications to automotive and military use. This device offers a high degree of accuracy, flexibility and control, making it well suited for applications that require precise output frequencies.