ASTMHTD-80.000MHZ-XR-E

Oscillators

An oscillator is an electronic device that generates a signal at a certain frequency. The signal produced by an oscillator can be used for a number of tasks, such as timing, synchronization, and signal processing. Oscillators are typically classified according to their output signal waveform, such as sine waves, square waves, or sawtooth waves. One example of a particularly common oscillator is the ASTMHTD-80.000MHZ-XR-E.

ASTMHTD-80.000MHZ-XR-E Application Field and Working Principle

The ASTMHTD-80.000MHZ-XR-E oscillator is primarily used in communication and radar applications. It is a very reliable and economical device, and is capable of producing an output signal of up to 80MHz with a frequency accuracy of 0.005%. It has a low output power dissipation and also features a low phase noise. The ASTMHTD-80.000MHZ-XR-E can operate from a wide temperature range and has an extended dynamic control range.

The ASTMHTD-80.000MHZ-XR-E uses a tuned LC (inductance-capacitance) circuit to produce a specific output frequency. This type of oscillator uses a feedback loop in order to maintain a stable frequency at the output. The frequency of the output is determined by the values of the inductor and capacitor within the LC circuit. The circuit is designed to have a high enough quality factor that it will tend to remain in the same state without input. The state of the tuned circuit is thus maintained by the feedback loop.

The ASTMHTD-80.000MHZ-XR-E oscillator is typically powered by an external voltage source, such as a battery or AC line. It also contains an amplifier connected to the LC circuit. This amplifier is used to adjust the amplitude of the output signal. The oscillator circuit is designed such that the frequency of the output signal remains constant, regardless of changes in the power supply voltage or temperature.

The ASTMHTD-80.000MHZ-XR-E oscillator is a reliable and cost-effective solution for many communication and radar applications. It is capable of producing a stable output signal with a high frequency accuracy, and has a wide operating temperature range and extended dynamic control range. Additionally, it has a low power dissipation and low phase noise, making it an excellent choice for those applications that require a stable output signal.