K50-HC0CSE56.250

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Oscillators are devices which are mainly used to generate electrical signals of a fixed frequency. The K50-HC0CSE56.250 is a type of oscillator, which is used in a variety of applications and has a unique working principle.

The K50-HC0CSE56.250 is an SMD oscillator with a low maximum operating frequency of twenty-five megahertz. This oscillator is a hybrid type which combines the features of both digital and analog oscillators. It is designed for a wide range of applications due to its high level of reliability, including telecommunications, medical devices, consumer electronics, and more.

The K50-HC0CSE56.250 uses temperature-compensated crystal technology to ensure accurate timing and stability. This oscillator is designed using a hybrid SCM (silicon controlled module) and passive filter network, which helps to eliminate jitter and reduce overall power consumption.

The K50-HC0CSE56.250 works by providing a precise output frequency that is controlled via its external temperature compensation. The oscillator’s output frequency is measured and adjusted periodically using a thermally shielded crystal within the oscillator. This process helps to ensure that the output frequency is kept relatively constant, despite changes in the ambient temperature.

In addition, the K50-HC0CSE56.250 is designed to operate over a wide frequency range and can be programmed to a specific frequency range. The device also has an exceptionally low jitter of less than ten picoseconds over the predetermined range.

The K50-HC0CSE56.250 also has a number of features which help improve its reliability and performance. For instance, it is designed to minimize phase noise and spurious responses, and it also has an integrated ESD protection circuit which helps to protect against voltage spikes.

Overall, the K50-HC0CSE56.250 is an excellent choice for a wide range of applications due to its low power consumption, high level of reliability, and wide frequency range. It is easy to use and can be programmed to a specific frequency range, making it a great choice for embedded systems and applications which require high accuracy.

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