445C33D24M00000

Crystals are substances that form periodic, repeating arrangements of the atoms, molecules, or ions that compose them. This regular repetition of particles over the entire crystal lattice makes crystals a valuable and crucial component of many technologies and applications in the modern world.

One example in particular is the 445C33D24M00000 crystal. This crystal is a quartz component and comes in a 5x7x2.5 millimeter package size. Its frequency range is 8MHz (±20 ppm) and it has an operating temperature range of -40°C to 85°C.

The principle of operation for this particular quartz crystal is based on the piezoelectric effect. This is a phenomenon that occurs when certain crystals, such as quartz, when subjected to an applied electric field, begin to vibrate or oscillate at a specified frequency. This phenomenon is also reversible, meaning that when an external electric field is applied to these same crystals, they will begin to produce a sound wave or an electromagnetic wave at a specific frequency.

This crystal component has a wide range of applications in many areas, including telecommunications, electronics, computers, and aviation. In telecommunications, the 445C33D24M00000 crystal is commonly used as a frequency standard in high-frequency radio communications, as well as high-fidelity telephone transmission. The crystal can also be used in radio transmitters and receivers. In aviation, the crystal is used in both ground-based and airborne radar systems, as well as for navigation, for measuring altitude and for general tracking.

The 445C33D24M00000 crystal is also used in various electronic devices, such as TVs, VCRs, and home entertainment systems. The crystal helps to ensure that the signal from the device is transmitted accurately and without interference from outside sources. In computers, the crystal functions as a frequency reference source for the timing of various processes, such as memory refresh timing, display refresh timing, etc.

The 445C33D24M00000 crystal is a valuable component in many modern technologies and applications, due to its wide frequency range and its ability to oscillate accurately when subjected to an applied electric field. Its multiple uses across multiple applications makes this crystal a valuable component in the advancement of modern technology.