402F25012ILR

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Crystals

402F25012ILR is one of the most popular crystals used in many industrial applications. Crystals are small quartz plates cut in specific shapes and sizes that can be used for a wide range of industrial tasks. Crystals work by converting mechanical energy into electrical energy or vice-versa. The important characteristics of crystals are the operating frequency, the oscillator tuning range, the maximum frequency, and the sensitivity rate. The 402F25012ILR crystal is one of the most common crystals used in the industrial market.

402F25012ILR Application Field

The 402F25012ILR crystal has the capability of oscillation up to a maximum frequency of 30 MHz.The radio frequency of this crystal is 400-470 MHz, which makes it suitable for antenna-based systems. It can be used to construct stable and robust receivers, transceivers and base stations, as well as public communication modules, such as Bluetooth and Wi-Fi.

The 402F25012ILR crystal is also widely used in sensor devices, as its small size and wide working frequencies make it the perfect choice for these appliances. Moreover, it is resistant to temperature, which makes it an ideal choice for applications that need to measure temperature.

Finally, this crystal is a popular choice for audio and visual applications. Its precision ensures that audio and video systems can operate optimally and with minimal interference.

402F25012ILR Working Principle

The 402F25012ILR crystal functions by converting certain types of mechanical energy into electrical energy. To achieve this, it transduces various kinds of electrical energy with an oscillatory motion. The process of converting mechanical energy starts with a capacitor plate that is attached to a vibrating quartz plate. This quartz plate vibrates at the same frequency as the electric voltage that flows through the capacitor plate.

The vibration creates a force field, which, in turn, creates electric charge. This voltage is then converted into electrical power and can be used to control various electrical signals. This process is what allows the 402F25012ILR crystal to maintain optimal consistency in its signals. This consistency is important in order to avoid distortions in audio and videos.

Conclusion

The 402F25012ILR is a versatile and reliable crystal with a wide range of applications. It is widely used in the industrial and consumer market and can be used to construct receivers, transceivers, base stations, sensors, and audio and video systems. Its ability to transduce certain types of electrical energy into mechanical energy allows it to maintain stable and precise signals.

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