514PCC000148BAGR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Programmable oscillators are versatile and highly dependable timing devices that offer the design engineer flexibility and customisation. They are designed to generate accurate, stable clock signals with various output formats and frequency ranges. Many of these devices also have built-in features such as fixed frequency or programmable frequency option, spread spectrum attenuation, cycle-by-cycle jitter control, and sinewave or square wave option. In this article, we discuss the application field and working principle of 514PCC000148BAGR, an oscillator designed by Fox Electronics.

Applications of 514PCC000148BAGR

The 514PCC000148BAGR oscillator is specifically designed for applications requiring stability, high reliability, and precise timing accuracy. This oscillator has a wide frequency range and is suitable for a range of high power, high frequency, and low power applications. It is primarily used for networking applications such as for base station, backplane, system control, and storage systems. Other application domains include motor controllers, embedded control systems, and hard disk drives. This device can also be used for secure transmission of data, video, and audio signals. The device is compliant with military specifications, making it suitable for use in defense applications.

Working Principle of 514PCC000148BAGR

The 514PCC000148BAGR oscillator uses a quartz crystal to generate accurate and stable signals. A quartz crystal works on the principle of the piezoelectric effect wherein a quartz crystal produces an electric current when subjected to mechanical stress. This electric current is converted into a clock signal by the oscillator. The device also features programmable frequency range and external pullability control to allow the user to adjust the frequency as per the system requirements. In addition, the oscillator also supports frequency multiplication for higher clock frequencies.

The oscillator also offers spread spectrum attenuation, cycle-by-cycle jitter control, and sinewave or square wave option. Spread spectrum attenuation is a method in which the emitted frequency is varied periodically over a certain bandwidth to reduce electromagnetic interference levels of the system. The spread spectrum modulation is also used to reduce conducted and radiated noise/EMI. Cycle-by-cycle jitter control ensures that the output frequency remains stable and accurate over time. Finally, the sinewave or square wave option enables the user to choose either a sinusoidal or rectangular clock signal.

By providing high accuracy, low jitter, and low phase noise, the 514PCC000148BAGR oscillator is the perfect choice for many high-reliability applications. Its low-power consumption and wide frequency range make it suitable for a broad range of applications. It is especially useful for networking applications requiring precise timing accuracy and stability.

The specific data is subject to PDF, and the above content is for reference