ECX-L25CM-250.000

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The ECX-L25CM-250.000 is an oscillator specifically designed for critical timing applications, notably clock generation and power regulation. The device combines high frequency stability and low jitter with accurate output and low power consumption, making it ideal for a wide range of uses.

The device is built on a silicon-germanium chipset, and consists of two main components – an oscillator and a frequency synthesizer. The oscillator component is responsible for generating an accurate-frequency signal with a very low level of jitter. This is achieved by using a crystal as a reference and multiplying the frequency of the signal by four.

The synthesizer component is responsible for adjusting the frequency as required. This is done by measuring the charge on two capacitors and changing the voltage on the two pins accordingly. This adjusts the frequency of the signal to the desired level.

The device is ideal for use as a clock source or as a voltage regulator. It offers numerous advantages over other oscillator types, such as improved accuracy, stability and jitter tolerance. In addition, it takes up minimal PCB space and is very low in power consumption.

As a clock source, the ECX-L25CM-250.000 offers excellent accuracy and low-jitter performance. The frequency is adjustable up to 250MHz, but depends on the specific application and environmental conditions. It is designed to last a lifetime and is highly reliable, allowing for long-term, stable operation.

In terms of voltage regulation, the device offers a highly accurate output, and can be used to regulate the power in a variety of applications. It can be used to provide a steady voltage supply in high-end processors and other sensitive circuits, to ensure reliable operation and reduced power consumption.

Overall, the ECX-L25CM-250.000 is an ideal choice for critical timing applications. It offers high frequency stability, low jitter, accurate output and low power consumption, making it an excellent choice for use in a wide range of applications.

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