CX3225GB18432P0HPQZ1 Crystals, Oscillators, Resonators

Crystals are electric wave-controlling devices and are widely used in many different kinds of electronic equipment. The CX3225GB18432P0HPQZ1 is a crystal device designed to provide a stable clock signal for various types of systems. It is a small, low-power component that can be used to control the timing of circuits.

Application Field

The CX3225GB18432P0HPQZ1 is used in a variety of applications that require precise frequency control. These include modems, digital audio players, MP3 players, digital cameras, cellular phones, portable medical devices, consumer electronics, and automotive systems. It is also widely used in embedded systems as a clock source for microprocessors and other digital circuitry. Due to its low-power consumption and accuracy, it is frequently used in battery-operated devices.

Working Principle

The working principle of the CX3225GB18432P0HPQZ1 crystal is based on the piezoelectric effect. When an alternating electric field is applied to a piezoelectric material, it causes the material to vibrate at a frequency that is dependent on the applied field. In the CX3225GB18432P0HPQZ1, a tiny plate of quartz is used as a resonator. The quartz plate is mounted between two electrodes and oscillates at a frequency determined by the applied electric field. As a result, the CX3225GB18432P0HPQZ1 provides a stable and accurate frequency reference for digital systems.

The accuracy of the CX3225GB18432P0HPQZ1 is determined by the quality of the quartz crystal used. High-quality crystals have fewer defects, resulting in higher frequency accuracy. The frequency stability of the crystal is also effected by the environment: temperature, vibration, and pressure can all affect the frequency of the crystal. Therefore, the CX3225GB18432P0HPQZ1 is typically housed in a hermetically sealed package to protect it from environmental fluctuations.

The CX3225GB18432P0HPQZ1 is a versatile and reliable crystal device capable of providing a stable frequency reference for many different types of systems. Its small size and low-power consumption make it well suited for a variety of battery-powered applications. Its high-accuracy and frequency stability make it an ideal choice for digital systems.