9C24500141

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Crystals are a class of materials with a specific geometrical arrangement of atoms. These materials are used extensively to build devices and components, such as oscillators, transistors and optoelectronic devices. Crystals can also be used to form electrical circuits and to store information.

The 9C24500141 is a type of crystal used in the radio frequency (RF) domain. It is a PZT or piezoelectric crystal, which is a type of a quartz crystal. This crystal is equipped with an active resonator circuit and provides a wide frequency range of use.

The application field of the 9C24500141 is mainly focused on the radio frequency domain, where the frequency range of the crystal is most effective. It is used in circuits requiring high frequency stability, such as wireless communications, electronic-television (DTV), Ultra Wide Band (UWB), digital television (DTV) broadcasting, digital audio broadcasting (DAB), mobile communications, RF identification (RFID) and Global Positioning System (GPS).

The working principle of the 9C24500141 is based on the piezoelectric effect. This particular phenomenon is the ability of some crystals to produce a very small electric voltage when subjected to mechanical stresses. The crystal\'s active electronic device is designed to use the piezoelectric effect to create a stable oscillation. This is possible due to a feedback loop. The active device detects the physical strain in the crystal and then amplifies the resulting signal. This signal is then fed back to excite the crystal again, thus creating a continuous oscillation.

The 9C24500141 crystal is ideal for those applications requiring a wide frequency range and a stable oscillator. This crystal has many unique features such as low phase noise, linearity, and frequency stability. It is also highly temperature stable and can operate at temperatures up to 85°C.

The 9C24500141 crystal is an essential element for applications involving high frequency stability. It is often used in systems that need to stay operational for long periods of time, such as navigation, communication and radar systems. The crystal\'s wide frequency range and active resonator ensure that it can be used in a variety of different applications.

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