KC7050K1.84320C1GE00

Oscillators are a type of electronic circuit which enables an electrical signal to be produced and maintained within an electronic device. They are often used in many applications to drive signals within a system or to make a periodically output signal with a specified frequency. The KC7050K1.84320C1GE00 oscillator specifically is a high-performance voltage-controlled oscillator (VCO) which is extensively used in communication systems.

Features & Benefits

The KC7050K1.84320C1GE00 enables a low phase noise and vibration, which leads to increased system performance and reliability. The device can produce a frequency range up to 1 GHz with very minimal phase noise, and is designed for use in high frequency applications. Additionally, its surface mount design helps to minimize physical factor and allows for easy integration into a circuit.

Applications

The KC7050K1.84320C1GE00 oscillator is most often used in communication systems, particularly in applications where low noise performance is most important. Examples of applications include mobile phones, wireless networks, GPS receivers, modems, and satellite communications. Additionally, it is used for testing communication performance in various systems, such as base station testing in wireless infrastructure.

Working Principle

The KC7050K1.84320C1GE00 oscillator works on the same principles as other oscillators, in that it takes an energy input and produces a periodic output signal. The output signal has a predictable amplitude and frequency which can be adjusted, depending on the specific application. The frequency is controlled by a control voltage which is applied to the oscillator. If the control voltage increases, the frequency increases; if it decreases, the frequency decreases.

The main advantage of the KC7050K1.84320C1GE00 is its ability to produce a low phase noise and vibration, making it ideal for applications where noise performance is important. This is particularly important in communication systems, as it allows for clearer signals and higher data transfer speeds. Additionally, its surface mount design allows for easy integration into a circuit and its low power consumption makes it an energy efficient choice.