531AA155M520DGR

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Oscillators

Oscillators are circuits or devices, designed to produce periodic electronic pulses, usually of a fixed frequency. They are one of the most essential building blocks of electronics, and are used in various applications, from whole systems such as radios, broadcast transmitters, to being incorporated in subsystems such as frequency stabilization and clock synchronization.

531AA155M520DGR Oscillator

The 531AA155M520DGR oscillator is a high-performance, low-power device designed to provide high-frequency stability and reliability. It is designed for use in critical timing applications such as Frequency Synthesis, Resonant Oscillator Circuits and Pulse Generators.

Application Fields

The optimal combination of performance, power consumption and reliability make the 531AA155M520DGR oscillator suitable for a variety of applications, where stability and reliability is paramount. These include high-performance simulators, digital signal processing, wireless communication systems and instrumentation systems. Other applications include digital and analog ICs, including microprocessors, microcontrollers, memory devices, audio processing ICs, and power management ICs.

Working Principle

The 531AA155M520DGR oscillator works on the LC oscillator principle. It consists of two lines connected in series to form a closed loop. One of the lines forms the inductor, while the other is a capacitor, which forms the resonant element. When the oscillator is energized, a current is induced in the inductor, generating an electrical field. This field induces an opposing electrical field in the capacitor, which is propagated through the closed loop, forming a closed oscillatory circuit.

The frequency of oscillation is determined by the loop\'s inductance and capacitance, and can be adjusted to achieve accuracy requirements. The 531AA155M520DGR oscillator has an operational frequency up to 3 GHz and is capable of providing high-frequency stability and reliability, with low-power consumption.

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