K50-3C0E20.0000M

Oscillators

The K50-3C0E20.0000M is an oscillator module that uses crystal vibration technologies to provide a wide range of applications in the electronics industry. Its primary purpose is to generate a periodic electrical signal or waveform whose frequency is determined by a crystal. It is used in all sorts of electronic applications, from timing components in computers to signal processing in cellular phones.

Application Field

The K50-3C0E20.0000M oscillator module is highly versatile and can be utilized in various applications, including low frequency radio frequency signal generation, frequency synthesis, timekeeping, clock generation, frequency modulation, and frequency conversion. Due to its high oscillation frequency, the K50-3C0E20.0000M can be used in applications that require a greater level of accuracy and precision such as testing and measurement, automotive electronics, communication systems, medical imaging systems, as well as in consumer electronics. It also provides an ideal solution for microprocessor clock systems and cryptographic systems, including for SHA-256 cryptocurrency mining algorithms.

Working Principle

The main principle behind the K50-3C0E20.0000M oscillator module is its ability to convert electrical energy into mechanical energy, and then back into electrical energy. A crystal oscillator helps to keep the frequency of the waveform constant because of the crystal\'s ability to vibrate at a consistent frequency. The module contains a special transistor that measures the amplitude and phase of the waveform and adjusts the vibration of the crystal accordingly. This process of vibration and amplitude adjustment causes the wave form to constantly oscillate at a constant frequency.

The K50-3C0E20.0000M has a variety of features that make it tailored to various applications, such as its high stability and accuracy, low power consumption, wide operating temperature range, and low EMI emission. The module also provides a wide frequency range of 20MHz-500MHz, giving it a wide range of functions and applications. Additionally, it can operate in either a line-locked or free-running mode, making it highly reliable and adapted to any particular needed application.