9C-13.225625MAAE-T

Crystals

Crystals are solid materials that have a particular arrangement of atoms. This regular, repeating arrangement gives them their shape and symmetry, through which they display physical and optical properties that are specific to the type of crystal. They may be either synthetic or natural, although synthetic crystals are generally easier to obtain and are regularly used in today’s technology.

One of the most common types of crystals is the 9C-13.225625MAAE-T, which is often used for applications such as filters and oscillators. This crystal is a monolithic one, which is made from a single crystal and has an internal quartz resonator to produce a regular output frequency.

Application Field and Working Principle of 9C-13.225625MAAE-T

The 9C-13.225625MAAE-T crystal has a wide range of applications, including filter circuits, temperature compensation circuits, communication systems, signal processors and oscillators. It is typically used to generate a signal that can be used as a timing reference, and is often employed in home electronics, such as radio receivers and televisions.

The working principle behind the 9C-13.225625MAAE-T crystal is based on the piezoelectric effect. When an external electric field is applied to the crystal, the atoms within it are displaced and the crystal undergoes a vibration. This vibration results in a waveform, which is known as the crystal’s frequency. The frequency can be tuned by adjusting the electric field applied to it, and it is this ability to change the frequency which makes the crystal so useful in many different types of applications.

The 9C-13.225625MAAE-T crystal has a number of advantages, which include its ability to produce accurate frequencies over large temperature ranges, low power consumption and its relatively low cost. It is also a reliable and durable design, which helps to make it a popular choice among many different types of electronic manufactures.

In conclusion, the 9C-13.225625MAAE-T crystal is a versatile and reliable crystal, which is used in numerous applications. Its ability to produce an accurate output frequency over a wide range of temperatures makes it especially useful for many different types of applications, and it is a highly sought after component in many different types of electronics.