CPPFXC7LZ-A7BD-62.208TS

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The CPPFXC7LZ-A7BD-62.208TS oscillator is designed to provide a stable frequency output over an extended range of supply voltage, temperature and load conditions. This product is comprised of modern semiconductor devices and utilizes input level translation and noise suppression techniques to provide a precise and reliable output.

Application Field

The CPPFXC7LZ-A7BD-62.208TS oscillator is suitable for a wide range of applications. These include consumer electronics, automotive electronics, communication systems, industrial controls, instrumentation, and laboratory testing equipment. It is also used in motion control and medical applications, where its ability to maintain accurate frequency stability is especially important. It has a wide operating temperature range, from -20 degree Celsius to +85 degree Celsius.

Working Principle

The CPPFXC7LZ-A7BD-62.208TS oscillator utilizes the latest semiconductor devices made from Silicon and Silicon-Germanium to make it extremely stable over a wide frequency range. The oscillation frequency is generated by combining two internal reference clocks, which each comes with its own frequency divider and a precision reference clock, resulting in an accurate output. The built-in temperature control also contributes to the stability of the oscillator, as it helps to keep the temperature of the oscillator within an acceptable range.

In addition, the CPPFXC7LZ-A7BD-62.208TS oscillator is equipped with a noise suppression technique that helps to reduce interference with signals and prevent malfunctions. The input level translation feature allows the oscillator to work with different input voltage levels without having to make any adjustments. It also features high frequency stability, low power consumption, and low EMI levels.

The CPPFXC7LZ-A7BD-62.208TS oscillator is designed to provide a precise, stable frequency output for a wide range of application. Its features make it an ideal choice for applications that require precise frequency output that is not affected by load condition and environmental temperature.

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