FN2500264Z

Oscillators are electrical circuit devices used to generate a periodic, an alternating waveform, or both. An oscillator, in particular, the FN2500264Z, can be used to create an alternating voltage and current output signal with a specified frequency. The FN2500264Z oscillator is used for applications such as frequency control, power conversion, and LED lighting source.

The FN2500264Z oscillator utilizes a three-stage central ring oscillator (CRO) with a clock feedback technique to provide a reliable and robust output signal. This oscillator operates in the Hz to several kHz range and is capable of providing a stable, accurate output signal for long-term applications. It also features a low start-up time of 1.1 µs and an average power consumption of around 0.2 W.

The working principle of the FN2500264Z oscillator is based on its three-stage CRO architecture. This architecture consists of three stages, each connected in a feedback loop configuration, allowing them to oscillate in a stable manner. The stages are driven by a voltage-controlled oscillator (VCO) with an adjustable gain factor, which is used to adjust the frequency of the signal. Additionally, an amplifier with automatic gain control (AGC) is used to regulate the amplitude of the output signal, ensuring that the generated signal has the desired frequency and amplitude.

The FN2500264Z oscillator is a reliable and cost-effective frequency control solution for a wide variety of industrial applications, such as microcontroller-based systems, LED lighting source, and power conversion. It is easy to integrate into existing systems and can provide stable and accurate output signal for long-term applications. Additionally, its low power consumption and low start-up time make it an appealing choice for applications requiring a low power consumption.

The FN2500264Z oscillator is a reliable and cost-effective frequency control solution for a wide variety of industrial applications. Its three-stage CRO architecture, VCO drive, and automatic gain control ensure that it provides a stable, accurate output signal for long-term applications. Additionally, its low power consumption and low start-up time make it an attractive choice for applications requiring a low power consumption. Its wide frequency range and flexible design make it a great choice for applications such as frequency control, power conversion, and LED lighting source.