K50-3C0SE16.3840

Overview

K50-3C0SE16.3840 oscillators are quartz crystal oscillators that are widely used in the field of frequency synthesis. They are produced by the company Bliley Technologies. These oscillators are offered in a wide range of frequencies, from 1.0 to 50.0MHz.

The oscillators provide low phase noise (–117dBc/Hz) and wide frequency stability (±20ppm) for a wide range of temperatures. K50-3C0SE16.3840 oscillators have an ultra-low jitter of 800fs as well as power supply. These oscillators are suitable for a range of broadband signal generation and broadcast systems.

Function and Working Principle

K50-3C0SE16.3840 oscillators are based on the concept of quartz crystal oscillation, which is the basis of all current oscillators. Quartz crystals are made up of a piezoelectric material, meaning that they generate an electrical potential when exposed to mechanical stress. This electrical potential has a certain frequency, which is determined by the size and shape of the crystal.

When a quartz crystal is connected to an electronic circuit, it will receive a signal at its resonance frequency, which causes the crystal to vibrate. This vibration creates a waveform, which is then sent back to the circuit as an output signal. This output signal is then used as an oscillator source to power various electronic components.

K50-3C0SE16.3840 oscillators are designed to produce a stable and low-noise output signal with high frequency stability. They are also designed to operate over a wide range of temperatures, meaning that they can be used across a range of applications and environments without affecting the quality of the output signal.

Applications

K50-3C0SE16.3840 oscillators are widely used in frequency synthesis, such as for the generation of very-low-frequency (VLF) and ultra-low-frequency (ULF) broadband signals. They are also used in broadcast systems for radio transmission and other forms of analog broadcasting.

K50-3C0SE16.3840 oscillators are also suitable for high-speed digital systems, such as radio modems and satellite communications. They are also used in medical and defense applications, such as for digital medical imaging systems and radar systems.

Conclusion

K50-3C0SE16.3840 oscillators offer a wide range of frequency and stability for various applications. They are designed to provide low phase noise, wide frequency stability, and low jitter with no power supply. They are suitable for a range of broadcast, medical, and defense applications and offer an ideal solution for frequency synthesis and digital systems.