7W-31.250MBE-T

Oscillators

Oscillators are electrical circuits that generate repeating waveshapes such as sine waves, square waves, triangular waves, sawtooth waves, and other similar shapes. Oscillators are frequently employed in a variety of applications including communications, sensing, timing, and control. In the communications field, oscillators are used to generate radio frequency (RF) signals and signals that carry digital data. In the sensing field, oscillators are used to measure the resonance frequency of a mechanical system. In the timing field, oscillators are used to generate clock signals for digital circuits. And in the control field, oscillators are used for frequency control and synchronization.

7W-31.250MBE-T application field and working principle

The 7W-31.250MBE-T oscillator is a low frequency, high stability, quartz-based oscillator. It can operate from 30MHz to 110MHz and offers an excellent phase noise floor and superb long-term stability. It is designed to meet stringent requirements such as frequency control for communications systems, clock manipulation for sensitive control systems, and critical timing requirements for digital logic.

The 7W-31.250MBE-T oscillator consists of a quartz transducer, an amplifier, a buffer, and a voltage controlled oscillator (VCO). The quartz transducer converts an incoming electrical signal into mechanical vibrations at a precise frequency. The amplifier boosts the signal from the quartz transducer to the appropriate level for the VCO and the buffer provides a bi-directional drive path between the VCO and the transducer. The VCO receives the input from the amplifier and generates an output signal at the frequency determined by the voltage applied to it. The frequency of the output signal is tuned by varying the voltage applied to the VCO.

The 7W-31.250MBE-T oscillator is ideal for applications requiring long-term stability and precision. It has a wide frequency range, low phase noise and excellent long-term stability, making it ideal for use in communication systems, timing and control systems, and digital logic systems. It is also used in laboratory and scientific instruments where long-term stability and accuracy are important.