ATS22ASM-1E Crystals, Oscillators, Resonators

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Crystals play important roles in electronic devices as they are used to produce specific frequencies or act as timing devices. One such crystal is the ATS22ASM-1E, which is used for a wide range of applications for its unique features and electrical characteristics.

ATS22ASM-1E Crystal

The ATS22ASM-1E is a small, surface-mount crystal module device which works with piezoelectric materials that vibrate in response to an applied electric field. It consists of two metal plates with a small gap between them. This gap is filled with a piezoelectric material such as quartz crystal. When an electric charge is applied to the metal plates, the material in the crystal starts to vibrate, resulting in oscillations at a specific frequency. This is what is used in electronic devices in order to produce specific frequencies or act as timing devices.

Application Fields of the ATS22ASM-1E

The ATS22ASM-1E has a variety of applications. Perhaps the most common is its use in clocks, watches, and other timing devices. This is because its oscillation frequency is extremely accurate and reliable. It is also used for communication systems, such as data transmission and Bluetooth, as its low power consumption makes it ideal for these applications. The ATS22ASM-1E is also suitable for automotive applications, as its reliability is superior to other crystals, allowing for increased safety and security. Its wide range of temperature variations makes it perfect for use in a diverse range of environments.

Working Principle of the ATS22ASM-1E

The ATS22ASM-1E crystal oscillator module uses a hybrid material consisting of quartz crystal and a special piezoelectric material. This piezoelectric material can undergo a change in its electric properties when an electric field is applied to it. This change in electric properties results in mechanical vibrations at a certain frequency. The stiffness of the material and the size of the gap between the two plates determine the frequency of the vibrations.

The two plates are then connected to two parallel electrodes for resonant current, the current which flows between the two electrodes is a pure alternating current at a very specific frequency. This frequency is determined by the size and stiffness of the piezoelectric material, as well as the gap between the plates. This oscillating current is then used to power electronic devices, creating a specific frequency.

Conclusion

The ATS22ASM-1E crystal module is an incredibly versatile device, making it suitable for a variety of applications. Its wide operational temperature range, low power consumption, and superb reliability make it an ideal choice for clocks, watches, communication systems, and automotive electronics. Although its working principle is complex, the result is an accurate and reliable oscillating current at a specific frequency.

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