445C3XA12M00000

Crystals

Crystals are not only used as a type of jewelry, but also in electronic and electrical applications. A crystal refers to a solid substance in which the individual components come together in a structure that is periodic in three directions. It is most commonly used in the form of thin slices between two conductors, where the vibrations are amplified into electrical signals for use in applications such as cell phones and watches.

One example of a crystal is the 445C3XA12M00000. This crystal is typically used in systems that require precision timing and synchronization of events such as oscillators, as well as in systems that require accurate filtering, such as multi-band receivers.

Application Field

The 445C3XA12M00000 crystal is a relatively common one, and can be used in a variety of electronic and electrical applications. It is often used in timer circuits, frequency converters, noise filters, pulse-width modulation (PWM) circuits, and noise suppression clocks.

In addition to these applications, the 445C3XA12M00000 crystal can be used in receivers, transceivers, direct broadcast receivers, power control systems, and systems that require precise timing. It is also used in radio transmitters, radio modems, radio frequency (RF) control systems, and power measurement systems.

Working Principle

The working principle of the 445C3XA12M00000 crystal is relatively simple. When electricity is applied to the crystal, it vibrates at a specific frequency which is determined by its design. This vibration is then amplified and used by the system for various purposes.

The frequency of the vibrations is very important in determining the accuracy and reliability of the system. The higher the frequency, the more reliable and accurate the system will be. This is why crystals with high frequencies are typically used for precision applications. The frequency of the 445C3XA12M00000 crystal is typically between 12-16 MHz.

The design of the 445C3XA12M00000 crystal also allows it to be used in systems that require high stability and reliability. The crystal is designed with a high shock resistance, making it suitable for use in systems that are subject to vibration, such as automotive and industrial applications.

The445C3XA12M00000 crystal is also designed with low temperature coefficient, meaning it will stay at a stable frequency even when the temperature changes. This makes it suitable for use in applications that require temperature compensation, such as cellular phones and remote controls.