SIT8008BIR2-28N

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Programmable Oscillators are signal sources which can be used to output a wide range of signal types, including sine, square and triangle waveforms. The SIT8008BIR2-28N is one type of programmable oscillator, with a range of applications and a unique working principle.

This oscillator is primarily used for radio frequency (RF) signal generation, as it has strong electromagnetic waves, meaning it can better penetrate into enclosed spaces. It can also be used in ultrasonic applications, such as providing a signal source for medical imaging applications. It has a range of frequencies, and can be used to frequency shift in order to meet specific application needs.

At a more technical level, the SIT8008BIR2-28N uses a switched reference crystal oscillator principle, which provides stability against shock, temperature variations and supply voltage fluctuations. It utilizes an AT-cut quartz crystal which helps to maintain its stability between -70 and +85 degrees Celsius. This helps the oscillator to remain consistent over time, and can be used to provide reliable signal generation even in demanding environmental conditions.

The SIT8008BIR2-28N is programmable, meaning it can be used for different applications without having to tamper with its physical components. Its programming is made possible due to the use of an on-board microcontroller. This enables the user to choose from a range of different signal shapes and frequencies, making it an ideal solution for a wide range of applications.

The SIT8008BIR2-28N is a highly versatile programmable oscillator, capable of producing a wide range of signal shapes at different frequencies. Its unique working principle and ability to stay consistent in changing environmental conditions make it an ideal choice for a number of applications.

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