FC4STCBMF14.7456-BAG200

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

Crystals are among the most important of the materials used for electronic devices and components. The FC4STCBMF14.7456-BAG200 is one such specimen. It has a range of application fields and working principles, which make it a useful component for many different applications.

Firstly, the FC4STCBMF14.7456-BAG200 is a low-frequency crystal oscillator with a frequency range of 14.7456 MHz. It is a fundamental mode crystal, meaning that the frequency it produces is based off the natural vibration of the crystal material itself. This is an important feature, as it allows it to be used in lower-cost and less complex applications. It is also a ceramic package, meaning that it is more resistant to environmental influences such as physical stresses, temperature, and humidity than other crystal oscillators.

In addition, the FC4STCBMF14.7456-BAG200 has a few other features that make it ideal for certain applications. The crystal\'s frequency stability is extremely high, with a typical tolerance of only ±10 ppm over a wide temperature range. This ensures consistent and reliable operation even in the most demanding conditions. Its maximum load capacitance is also high at 90 pF, making it suitable for applications requiring higher drive levels.

The FC4STCBMF14.7456-BAG200 crystal oscillator has a wide range of applications. It is often used in digital circuit timing and measuring, frequency synthesis, automatic control, and telecommunications. It can also be used in timing devices such as watches and clocks, as well as in radio receivers. These applications make the FC4STCBMF14.7456-BAG200 highly desirable to many different industries.

The working principle of the FC4STCBMF14.7456-BAG200 is based on the property of quartz crystals known as piezoelectricity. When a quartz crystal is subjected to a mechanical strain, an electric field develops across the crystal. This electric field is an alternating current, which generates an oscillating signal that is equal in frequency to the mechanical strain. This process is known as "piezoelectric effect" or "pressure-sensitive vibration," and is used to generate the signal of the FC4STCBMF14.7456-BAG200 crystal oscillator.

The signal generated by the FC4STCBMF14.7456-BAG200 is then used in a wide variety of applications. It is often used in oscillators to drive digital circuits, to control frequency and timing in radio transmitters and receivers, and to accurately measure and synchronize clock signals. It can also be used in frequency synthesis, where it is used to generate signals that are then mixed together to create more complex signals with specific frequencies.

Overall, the FC4STCBMF14.7456-BAG200 crystal oscillator is an important component for many different applications. It is made from a durable ceramic package and has a wide frequency range, high frequency stability and maximum load capacitance. Its working principles are based on the piezoelectric effect, which allows it to be used in applications such as oscillators, frequency synthesis, and time measurement. All these factors make the FC4STCBMF14.7456-BAG200 a highly useful and sought-after crystal that is suitable for many different types of devices and components.

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