SIT8209AC-8F-28S-161.132800X

Oscillators are commonly used in many areas of electrical engineering. One of the most common types of oscillators is the SIT8209AC-8F-28S-161.132800X, which is used in radio frequency and high frequency applications. It is a non-volatile, temperature-compensated oscillator (TCXO), designed to provide reliable and stable performance at frequencies up to 28GHz. It is a low-cost and low-jitter solution for providing precision timing in a variety of applications.

Time keeping is an essential part of any electronic device. The SIT8209AC-8F-28S-161.132800X is designed to maintain excellent phase accuracy over a wide range of temperatures and over long periods of time. The oscillator typically operates over the temperature range from -40°C to +85°C with negligible frequency drift. This makes it well suited for use in communications, military, and aerospace applications.

The SIT8209AC-8F-28S-161.132800X oscillator operates on the principle of Pierce oscillator design. This design includes two gain stages and a tunable tank circuit. The tank circuit is formed by connecting two or more inductors or capacitors in parallel. The gain stages act as amplifying devices that generate a high-frequency output signal from the input signal. The gain stages are tuned to generate the desired frequency. The frequency of the output signal is determined by the the gain stages and the components of the tank circuit.

The SIT8209AC-8F-28S-161.132800X oscillator is designed for use in many types of applications. It is commonly used in radio frequency and high-frequency transmitters and receivers, satellite communications, cellular base stations, radar systems, navigation systems, and instrumentation. It can also be used for other applications such as frequency hopping, spread spectrum, frequency synthesis, and frequency division multiplexing.

The SIT8209AC-8F-28S-161.132800X oscillator is a robust and reliable option for use in many applications requiring precisely timed signals. It is designed to provide excellent stability and is well-suited for use in communications, military, and aerospace applications. Its non-volatile design ensures that it will continue to provide reliable and stable performance for years to come.