ABLJO-125.000MHZ-T2

Oscillators:

Oscillators are components designed to generate specific frequencies for use in electronic applications. ABLJO-125.000MHZ-T2 is an oscillator tailored to generate frequencies up to125 MHz. It is applicable in numerous applications, including digital and analog circuitry, system level timing, and synchronization.

Application Field:

This oscillator is typically used in broadcast television, communications equipment, medical scanning equipment, military and aerospace applications, automotive electronics, and industrial controllers. It is often used to generate clock signals for system and chip level timing and synchronization needs. It is also used to generate reference frequencies for precision clock generation and phase-locked loop controls.

Working Principle:

The ABLJO-125.000MHZ-T2 is designed to generate and sustain frequencies up to 125 MHz. It uses an inductor-capacitor (LC) resonator circuit to generate the oscillations, along with a transistor to keep the oscillations within a set frequency range. This oscillator\'s frequency stability can be maintained by using a temperature-stabilized crystal oscillator. The circuit includes a voltage control that allows for precise frequency adjustment through the application of a precisely regulated DC voltage. The device is also designed to provide high output levels for improved signal integrity, as well as an adjustable output impedance for compatibility with a wide range of systems.

In summary, ABLJO-125.000MHZ-T2 is an oscillator designed to generate frequencies up to 125 MHz and is used for a variety of applications, such as broadcast television, communications equipment, medical scanning equipment, military and aerospace applications, automotive electronics, and industrial controllers. It uses an inductor-capacitor (LC) resonator circuit and a transistor to maintain the oscillations within a set frequency range. It also includes a voltage control for precise frequency adjustment, high output levels for improved signal integrity, and adjustable output impedance for compatibility with various systems.