406I35D12M00000 Crystals, Oscillators, Resonators

406I35D12M00000 Application Field and Working Principle

Crystals are materials with an orderly atomic arrangement, which makes them important components of technology that allows the movement of electrical signals without producing noise. This is particularly true of the 406I35D12M00000 quartz crystal, which serves as a frequency-dependent device for certain purposes.

The 406I35D12M00000 crystal has specific characteristics that allow it to be used in certain electronics applications. It is a 32.768 kHz crystal unit with a tight frequency tolerance of ±20ppm over the -10℃ to +60℃ temperature range. The crystal also offers good aging characteristics, low ESR, good heat resistance, and high shock/vibration resistance.

Application Field

Due to its excellent characteristics, the 406I35D12M00000 crystal is a popular choice for quartz watch makers, digital still cameras, and a variety of other precision timer applications for both commercial and industrial use. It is also used in car alarm systems, remote controllers, and vehicle navigation systems.

Other applications for the 406I35D12M00000 crystal include audio equipment and remote control devices, clocks for high performance systems, and digital control systems for high precision motors and data communication networks. The crystal can also provide the time-keeping function in power modules, embedded systems, and security systems.

Working Principle

The 406I35D12M00000 crystal works by converting electronic signals into vibrations. When a voltage is applied to the crystal, it vibrates at a specific frequency due to the crystal’s piezoelectricity. This vibration causes electrical signals to be generated at the same frequency.

These electrical signals can then be used to measure or control different parameters or functions. The crystal is highly accurate and can generate frequencies between 7 and 50 MHz, with an accuracy of ±1%. This makes it an important component for a variety of electrical and electronic applications.

Conclusion

The 406I35D12M00000 quartz crystalline is a highly reliable frequency-dependent device that is used for many different purposes. Due to its excellent characteristics and ability to generate accurate electrical signals, the crystal is popular in many different industries. Its application fields include watch making, digital still cameras, power modules, embedded systems, and vehicle navigation systems. The device works by converting electrical signals into vibrations, producing electrical signals with the same frequency.