AA-28.63636MAGK-T Crystals, Oscillators, Resonators

Applications

AA-28.63636MAGK-T crystals are often used in military, aerospace and medical industries, due to their high performance in extremely low temperatures and their electromagnetic interference (EMI) vulnerability. In the medical field, they are used in implanted devices and pacemakers, meaning that they should be able to endure extremely demanding environmental conditions. They are also used for time base applications such as frequency synthesisers, resonators and oscillators. This type of crystal is very stable in low temperatures and has a low temperature coefficient, making it suitable for temperature-dependent applications such as ultra-low current circuit applications.

Working Principle

AA-28.63636MAGK-T crystals are based on the standard physics of a quartz resonator. Small quartz plates are cut to a specific weight and shape at an angle. These plates are then electrically connected to an oscillator circuit. When the voltage is applied to the crystal and oscillation current is sent through, the plates vibrate, resulting in a high frequency resonance. This resonance can be used to accurately measure the frequency. The temperature stability and high accuracy of the AA-28.63636MAGK-T crystal makes it ideal for temperature-dependent applications requiring accuracy and reliability.

Advantages

The main advantage of the AA-28.63636MAGK-T crystal is its low temperature coefficient, making it a reliable choice for use in temperature-dependent applications. This crystal is also known for its exceptional performance in low temperatures, making it suitable for use in harsh and extreme environments. It also has a low EMI susceptibility and is resistant to shock, vibration and other environmental stressors arising from harsh conditions. All these benefits make the AA-28.63636MAGK-T crystal a reliable choice for many industries requiring precision and performance in extreme conditions.

Conclusion

AA-28.63636MAGK-T is a crystal used in many industries due to its exceptional performance in low temperatures, highly accurate frequency measurements and low temperature coefficient. This crystal is often used in applications such as aerospace, military and medical products, where reliability and accuracy are essential. Its low temperature coefficient, EMI susceptibility and its resistance to shock and vibrations makes it suitable for use in extreme conditions. Furthermore, its performance in low temperatures makes it an ideal choice for temperature-dependent applications requiring accuracy and reliability.