SIT8008ACR8-XXE

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Programmable Oscillators are a type of oscillator circuit that can be pre-programmed to generate a desired waveform. The SIT8008ACR8-XXE is a Programmable Oscillator designed for applications in aerospace, defense, and industrial controls. It offers superior accuracy and reliability, and can be programmed to generate a variety of waveforms to suit the needs of the application.

The SIT8008ACR8-XXE is based on a robust and stable quartz crystal oscillator. The quartz is selected for its low phase noise, high temperature stability, and low aging. It is designed for superior phase accuracy and short term stability, with the ability to fine-tune frequency and phase over a wide range. The oscillator can be programmed to generate waveforms with extreme accuracy and repeatability. The waveforms are stored in nonvolatile memory and can be accessed by the user via a serial interface.

The SIT8008ACR8-XXE features a highly integrated architecture, allowing for superior accuracy, stability, and reliability in a small package. The oscillator circuits are based on the proven I2C control system, which provides reliable control over frequency and phase, allowing for precise waveform generation. The oscillator also features optimized digital and analog circuitry for superior power efficiency, low output noise, and low phase mismatch.

The SIT8008ACR8-XXE is designed for a wide range of applications, including aerospace, defense, and industrial controls. The oscillator can be used for applications such as frequency and phase control, modulation and demodulation, frequency measurement, and high-precision timing applications. This versatile oscillator is suitable for use in a variety of applications, providing a reliable and accurate timing solution.

The SIT8008ACR8-XXE is designed to offer superior accuracy and reliability. The quartz crystal oscillator is selected for its low phase noise and high temperature stability. The oscillator circuits are based on I2C control, providing reliable control over frequency and phase and allowing for precise waveform generation. The oscillator features optimized digital and analog circuitry for superior power efficiency and low output noise. The oscillator is suitable for a variety of applications and provides reliable and accurate timing solutions.

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