KC2520B30.0000C10E00

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Oscillators are devices that provide a periodic electrical, mechanical or optical signal, and are essential elements in many systems. The KC2520B30.0000C10E00 is a high-performance oscillator designed specifically for use in a range of applications.

This oscillator is specifically designed for applications requiring precise frequency control and stability. It features an extremely stably crystal construction, which makes it ideal for high accuracy applications. The crystal itself is temperature-compensated, making it suitable for use in industrial and consumer applications. It also has a very low jitter rating, making it suitable for use in digital circuits. The very low phase noise also ensures the frequency output remains precise even during long periods of operation.

The exact frequency range of the oscillator depends on the crystal used. In this case, it is designed for use with crystals between 3.5MHz and 150MHz. The oscillator also has options for internal or external pull control, which provides very high accuracy levels even in difficult operating conditions. Furthermore, the oscillator has a wide supply voltage range, from 1.6V to 5.5V, making it suitable for applications requiring a wide range of power supply requirements.

The working principle of the KC2520B30.0000C10E00 is based on a simple type of crystal oscillator circuit. It uses an onboard crystal oscillator, which is used to maintain a steady frequency. This frequency is then amplified by an on-board amplifier and output to the desired frequency. The exact frequency is determined by the frequency of the crystal used, as well as the settings of the on-board amplifier.

The KC2520B30.0000C10E00 is designed for use in a range of applications, from RF to EMI-collision testing. It is an exceptionally reliable oscillator, due to its precise frequency control and stability, and low jitter and phase-noise. Its wide operating range and wide voltage supply range make it suitable for applications in industrial, consumer and automotive systems. Its precise frequency control and stability also make it ideal for use in communications systems, test and measurement equipment and digital signal processing.

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