SIT8208AC-3F-33S-18.432000X

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Oscillators are one of the most common components used in electronic circuits, and the SIT8208AC-3F-33S-18.432000X is a particular example of such components.

The SIT8208AC-3F-33S-18.432000X oscillator is a micro-electromechanical system (MEMS) that is typically used when frequency accuracy and stability are absolutely essential. Featuring a high-stability, low jitter output frequency of 18.432000 MHz, it is suitable for a variety of frequency-critical applications such as radio frequency communications, wireless infrastructure, medical device systems, and non-volatile memory.

The SIT8208AC-3F-33S-18.432000X consists of an anti-vibration oscillator and support electronics mounted on a ceramic package. This allows it to maintain a high level of stability in extreme temperatures and other environmental conditions, ensuring its performance remains reliable. The oscillator also boasts a high tolerance to shock, making it ideal for rugged installations within mobile and portable environments.

The SIT8208AC-3F-33S-18.432000X works by generating a high-frequency electrical or mechanical signal which is then introduced into the circuit. The frequency of this signal is determined by an internal frequency setting. This signal is then passed through an amplifier where it is amplified and then sent to the desired output terminal. The frequency of this signal is controlled using an internally generated voltage reference, thereby ensuring the signal remains precise and consistent.

The SIT8208AC-3F-33S-18.432000X oscillator is an extremely accurate and reliable component that delivers a great deal of power and reliability to its applications. Its high-stability, low jitter output frequency makes it particularly suitable for frequency-critical applications such as radio frequency communications, wireless infrastructure, medical device systems, and non-volatile memory. Its ability to withstand extreme environmental conditions ensures it remains reliable even in the harshest of environments, making it an excellent choice for use in both stationary and mobile applications.

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