SIT8009BCB81-33N

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The SIT8009BCB81-33N is an advanced programmable oscillator designed to provide a wide variety of features, such as wide frequency range and wide temperature range. It is suitable for many applications, such as in-circuit testing, prototype development and embedded systems. The SIT8009BCB81-33N is designed to provide maximum flexibility and performance, and is an ideal choice for applications requiring variable or dynamic frequency control.

The SIT8009BCB81-33N is powered by a 3.3V DC power source and is capable of outputting sine, square, triangle and sawtooth waveforms. It is highly reliable and stable, with a ±50 ppm frequency variation and low jitter of 0.1 to 4.9ps. It is also highly configurable, with adjustable settings such as period, pulse width and amplitude.

The working principle of the SIT8009BCB81-33N begins with a microcontroller, which takes an input clock signal, such as from a crystal or from an external clock source, and processes it according to the program settings. This processed signal is then sent to the oscillator to produce an output frequency which matches the programmed setting. By changing the settings, different frequency changes can be achieved.

The SIT8009BCB81-33N is extremely versatile and can be used in a wide variety of applications, including data acquisition and control, instrumentation and measurement, radio and microwave systems, radar, navigation, audio and video systems, motion control and embedded system design.

In summary, the SIT8009BCB81-33N is a highly reliable and highly configurable programmable oscillator, capable of producing a wide variety of output frequencies and waveforms. It is ideal for many applications, especially those requiring variable or dynamic frequency control and has many features, such as wide frequency range and wide temperature range.

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