SIT9120AC-2B1-25E106.250000D

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Oscillators are devices that produce a periodic waveform at a precise frequency. They come in many varieties and are used in a diverse range of applications. One such oscillator is the SIT9120AC-2B1-25E106.250000D. This oscillator is specifically designed for the toughest timing requirements in any environment. It features ultra-low jitter, excellent phase noise, and high reliability.

The SIT9120AC-2B1-25E106.250000D is a temperature-compensated crystal oscillator (TCXO). A TCXO is a type of oscillator circuit that uses a temperature-sensing element to adjust the oscillation frequency to compensate for changes in temperature. This type of oscillator is particularly useful for precision applications, such as timing signals for radios and other communications devices. It also ensures that the signal remains accurate over long periods of time with minimal maintenance.

The SIT9120AC-2B1-25E106.250000D oscillator is specifically designed for applications that require both high frequency accuracy and ultra-low jitter. It offers an impressive frequency accuracy of ±0.25ppm over a -40°C to +85°C temperature range. Additionally, it provides an ultra-low phase noise of -161dBc/Hz, and an exceptionally low jitter of 0.4ps at 10khz. This makes it suitable for use in a wide variety of applications, including wireless communication, telecoms, industrial, multimedia, and telemetry.

The working principle behind the SIT9120AC-2B1-25E106.250000D oscillator is based on an electrical harmonic oscillator. This type of oscillator uses an electrical circuit to generate an oscillating signal at a specific frequency. This signal is generated through a series of interacting components, such as capacitors, resistors, and an amplifier. These components interact to generate an oscillation at the desired frequency. The precise frequency is then further adjusted by the temperature compensation circuitry inside the oscillator.

Overall, the SIT9120AC-2B1-25E106.250000D is an ideal oscillator for applications that require reliable frequency stability and low jitter. It offers exceptional performance in a wide variety of environments, making it an ideal choice for applications such as timing signals, wireless communication, and other precision applications.

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