K50-HC1CSE16.000

Oscillators

K50-HC1CSE16.000 oscillator is the product designed for the production of high frequency width modulation (FM) signals. This oscillator is integrated with an electronic circuit component that helps measure the frequency of these signals. The K50-HC1CSE16.000 oscillator is mainly used for telecommunications, broadband and digital audio applications. The unit is designed to the standards of MIL-STD-453E (Frequency Measurement) and can be used in systems such as Ethernet, Wi-Fi, Wi-Max and Xstream.

Application Field

The K50-HC1CSE16.000 is particularly well suited for use in a variety of mobile communications systems. It is specially designed to be appropriate for many digital audio applications and can handle high data rate signals. This oscillator is suitable for use in the upcoming advanced digital audio systems that are beginning to replace traditional analog systems.

The K50-HC1CSE16.000 produces tuning signals with a bandwidth of 300 KHz and an output frequency of 2.5Hz - 5MHz. It is particularly useful for the mobile communications industry because it can be integrated into systems such as Wi-Fi, Wi-Max and Xstream for increased data rate transmission. This oscillator is also suitable for use in FM receiver and FM generator applications.

Working Principle

The working of the K50-HC1CSE16.000 oscillator is based on an oscillation principle. The oscillator uses a resonator tank circuit to generate its frequency. This means that when electrical energy is supplied to the circuit, it resonates, resulting in the oscillation of the current. This oscillation process is responsible for producing the required frequency.

The tank circuit consists of two main components; an inductor and a capacitor. The inductor is a coil of wire that stores energy in its magnetic field, which is then released as an electrical impulse. The capacitor stores energy in its electric field and acts as a release switch to provide a smooth flow of energy to the inductor. The resonance between the two components results in the oscillation of the current.

The frequency of the oscillations produced by the K50-HC1CSE16.000 is measured by a frequency counter. This allows for accurate frequency distribution by the oscillator and is one of the main reasons for its reliable performance. The counter also allows for precise adjustment of the frequency of the oscillations to match the needs of the application.

Conclusion

The K50-HC1CSE16.000 oscillator is an ideal solution for applications requiring high frequency width modulation (FM) signals. It is easy to use and has a low power consumption, making it suitable for many mobile communication systems. The oscillator produces tuning signals with a bandwidth of 300 KHz and an output frequency of 2.5Hz - 5MHz, and is integrated with a frequency counter for easy and accurate measurement of the frequency. This oscillator is an effective solution for many mobile communication and digital audio applications.