SIT8209AI-83-33E-156.250000X

Oscillators encompass a wide range of circuit configurations that are built to generate signal waveforms. SIT8209AI-83-33E-156.250000X is an oscillator that is typically used to control the frequency of data and efficiently transmit digital signals over long distances. It is widely used in many applications such as controlling communication systems, providing integration, and generating precise frequencies.

The SIT8209AI-83-33E-156.250000X frequency control oscillator is an integrated, highly stable frequency control device that is capable of frequency control from 100 kHz to 1 MHz. The frequency can be adjusted via a voltage input or direct control. This oscillator is suitable for a variety of applications including television and satellite receivers, transceivers, and global positioning systems. They are also used in laboratory instruments for testing purposes.

The SIT8209AI-83-33E-156.250000X utilizes a quartz oscillator that is connected to a voltage controlled oscillator to provide a precision frequency source. This oscillator is highly stable and provides very accurate frequency output. Its frequency is also adjustable and can be adjusted from 100 kHz to 1 MHz. The frequency is controlled by a digital or analog voltage input. This allows the frequency to be adjusted quickly and precisely.

The SIT8209AI-83-33E-156.250000X is constructed with an internal bias circuit and a feedback resistive divider network. The internal bias circuit provides the bias voltage to the oscillator while the feedback resistive divider network creates a feedback loop which allows the oscillator to operate at a specified frequency. The oscillator operates by applying a voltage to the crystal oscillator which causes the crystal to vibrate. This creates an output signal that is used to provide the control frequency.

Overall, the SIT8209AI-83-33E-156.250000X is a highly stable and precise frequency control oscillator. It is used in a variety of applications such as television and satellite receivers, transceivers, and global positioning systems. The frequency is adjustable and can be controlled by either a digital or analog voltage input. The internal bias circuit and a feedback resistive divider network make the oscillator highly stable and provide an accurate frequency output.