445C33C12M00000

Crystals are a prime example of how nature can create beauty and function in one. A crystal is a naturally occurring solid composed of atoms, ions or molecules that are typically arranged in a highly ordered, molecular structure. The specific arrangement of atoms or molecules in a crystal is known as a lattice structure. Crystals occur in a range of sizes and shapes, from large blocks to tiny clusters.

445C33C12M00000 Application Field and Working Principle

The 445C33C12M00000 crystal is a specific type of crystal found in electronics components, such as oscillators, power converters, and more. This crystal has the capability to be tuned to a predetermined frequency, which makes it ideal for high-precision applications, such as radio frequency identification (RFID) systems, and precision clock timing.

The 445C33C12M00000 crystal operates in a Piezoelectric effect, a process in which mechanical energy is converted into electrical energy. This process occurs when a mechanical load is applied to the crystal, causing a displacement of its atoms or molecules, creating an electrical field. The electrical field is then converted into a corresponding frequency. This frequency can then be tuned to a specified range, making the crystal suitable for precision timing applications.

The 445C33C12M00000 crystal is composed of multiple layers, with each layer containing a slightly different frequency. One layer is tuned to the desired frequency, while the remaining layers act as buffers, helping dampen any fluctuations in frequency. This allows the crystal to ensure precision timing stability, even when operating in extreme conditions.

The 445C33C12M00000 crystal is commonly used in precision timing applications, such as radio frequency identification (RFID) systems, where accuracy and stability are of paramount importance. Additionally, this crystal can be used in high-resolution timing systems, such as oscilloscopes and frequency counters, which require accurate timing data.