511FCA156M250BAG

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

Oscillators

Oscillators are some of the most basic and commonly used electronic tools for both analog and digital systems. They are used to generate periodic electronic signals of a determined frequency and amplitude, and are commonly used in radio-frequency (RF) communication, among other analog and digital applications.

This article will specifically cover the application field and working principle of the 511FCA156M250BAG oscillator. This oscillator is a crystal oscillator, meaning that it is created with a quartz crystal resonator -- a small chip of quartz that acts as a piezoelectric element, for which electricity can be applied to cause a mechanical vibration at a precise frequency.

Application Field

The 511FCA156M250BAG oscillator is designed to respond to frequencies that range from 4MHz to 60MHz, and is commonly used in radio-wave communication applications. Its application field is typically in semi-conductors, computer systems, telecommunications, automotive electronics, instrumentation, and general electronics use. Specifically, it is used in digital systems that require precise control of frequencies, such as in microcontroller or processor-based computer systems.

The oscillator is also well suited to industrial and military applications, where it is used in precision timing, automatic control systems, robotics, and sound field assessments. For example, it is used to precisely control this conversion signals in robots, and to accurately monitor sound frequencies for environmental sound testing.

Working Principle

The basic principle on which the 511FCA156M250BAG oscillator operates is based on the resonant frequency of the quartz crystal used as its core. When a voltage is applied to the quartz crystal, it vibrates in response, with a frequency determined by the geometry of the crystal. This vibration creates an alternating electrical signal, which is outputted from the oscillator. The frequency of the signal can be adjusted by varying the voltage applied to the crystal.

In order to create the exact frequency of the signal required, the shape and size of the quartz crystal must be precisely tuned. By using computer simulation and engineering analysis, a quartz crystal can be designed to produce the desired frequency when the proper voltage is applied.

The 511FCA156M250BAG oscillator uses a specific type of quartz crystal resonator, called an AT-cut quartz crystal. These crystals are specifically designed to handle frequencies up to a certain level, making them well-suited for the range of frequencies needed by the 511FCA156M250BAG oscillator. AT-cut quartz crystals also reach their resonance frequency very quickly, allowing for fast response times.

The oscillator also contains a circuit that amplifies the oscillation frequency of the quartz crystal, providing a stronger, more precise output signal. This amplification ensures that the signal is at the proper level for its particular application.

The 511FCA156M250BAG oscillator is a useful and reliable tool for applications requiring precise frequency control in a range of 4MHz to 60MHz. Its use of an AT-cut quartz crystal and integrated amplification circuit make it especially suited for use in digital systems and specialized industrial and military applications.

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