SIT8008BCT2-25N

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Programmable Oscillators

The SIT8008BCT2-25N is a programmable oscillator, capable of generating horizontal and vertical synchronization signals for a variety of analog and digital video formats. It is widely used in industries such as medical imaging, broadcast and video, as well as high-resolution video applications. It can also be used in general purpose applications where precision synchronization is required.

Applications

The SIT8008BCT2-25N programmable oscillator can be used to generate high-resolution horizontal and vertical synchronization signals for analog and digital video formats. It is an excellent choice for medical imaging systems, providing both precise horizontal and vertical synchronization. It has also been used in broadcast and video applications, as well as in high-resolution video systems. In addition, the device can be used in general purpose applications where precision synchronization is required.

Working Principle

The SIT8008BCT2-25N programmable oscillator is based on a switching frequency that ranges from 1kHz to 25MHz. It utilizes a crystal oscillator and a resistor to generate a stable, predetermined frequency output. The oscillator can be programmed through a serial interface, which allows it to easily be adjusted for changing video formats. The device features a wide frequency range and a low jitter level, which ensures that synchronization signals remain accurate and stable over time.

In addition, the SIT8008BCT2-25N programmable oscillator features an adjustable output voltage level and an adjustable output rise/fall times. This makes the oscillator ideal for applications where precise signals are required. The oscillator also provides a built-in thermal protection feature, which prevents the device from overheating if temperatures become too high.

The SIT8008BCT2-25N programmable oscillator is a highly reliable, cost effective solution for a variety of medical imaging and video applications. Its wide frequency range and low jitter performance make it an excellent choice for applications that require precise synchronization signals.

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