CS325S24000000EEQT

Crystals

Crystals are solid material in which the atoms, molecules, or ions are arranged in a very orderly, repeating pattern. This repeating pattern extends in all three spatial dimensions. In many ways, crystals are the most organized form of matter.

CS325S24000000EEQT Application Field and Working Principle

The CS325S24000000EEQT is a type of crystal oscillator. It is used as a precision frequency reference, due to its high stability, accuracy and low power consumption. This type of crystal oscillator is ideal for use in cellular telephony, computers, electronic watches, wireless datacom and other electronic communications applications.

The CS325S24000000EEQT crystal oscillator consists of an electromagnetic crystal, a piece of quartz, which is connected in circuit form with the resonant circuit and a quartz crystal oscillator. The quartz crystal acts as the resonator, determining the frequency of oscillation. The quartz crystal is made up of several hundred atoms arranged in a regular lattice. When the crystal is placed in an electric field, it generates an oscillating electromagnetic current in response. This current is amplified by the resonant circuit and then fed through the quartz crystal oscillator, creating a stable, high-frequency signal.

The CS325S24000000EEQT crystal oscillator typically offers excellent stability and accuracy, typically better than ±50 ppm over a wide temperature range. It has excellent long-term stability, with its accuracy staying well within the given specification over an extended period of time. It is also very power efficient, with a total power consumption rating of only 0.75W.

In general, the CS325S24000000EEQT crystal oscillator offers superior performance and stability, while consuming very little power. This makes it perfect for use in applications that require precise frequency references and low power consumption.