CX3225GA10000D0PTVZ1

Crystals, in their various forms, are widely used in electrical circuits to generate and regulate frequency signals for various applications, such as communications, timing, audio, and frequency control. The CX3225GA10000D0PTVZ1 is an example of a crystal that is used in such applications.

The CX3225GA10000D0PTVZ1 is an ultra small package, 1mm x 1mm SMD (surface mounted device) type crystal. It is a very low cost, high performance crystal that is manufactured for use in telecommunications, IT, and other industries. This crystal is designed for applications that require high stability, low power consumption, and excellent temperature characteristic. It has a frequency of 10.000MHz, an equivalent series resistance of 10 ohms, and a load capacitance of 17.5pf.

The CX3225GA10000D0PTVZ1 is used in a wide variety of applications. It is often used in wireless communications, such as Bluetooth and WiFi. It is also used in automotive and medical applications, as well as in industrial automation. Additionally, this crystal can be used in data acquisition, timing protocols, and telecommunication systems.

The CX3225GA10000D0PTVZ1 is a standard XTAL, or quartz crystal. It works by vibrating at an extremely consistent frequency. A crystal oscillator is an electronic circuit that uses the vibrations of the crystal to generate a steady, precise frequency output. The crystal oscillates when a voltage of a certain frequency and magnitude is applied to the crystal by the oscillator circuit. This generates an electrical signal with the same frequency as the crystal, which can be used in a range of applications requiring precise timing and frequency control.

The CX3225GA10000D0PTVZ1 is a reliable and cost effective crystal oscillator. Its small size, low price, and high performance make it an ideal choice for many different applications. It is widely used in communications, audio, timing, and frequency control, among other applications. Its working principle, which is based on the vibration of a quartz crystal, makes it an accurate and stable source of frequency signals.