8Y-19.200MAAE-T Crystals, Oscillators, Resonators

8Y-19.200MAAE-T Application Field and Working Principle

Crystals are widely used in many different applications due to their unique properties. This article focuses on 8Y-19.200MAAE-T, which is an application field of crystals and examines the working principle of these crystals.

What is 8Y-19.200MAAE-T?

8Y-19.200MAAE-T is a category of crystals that are commonly used in high frequency applications such as radio circuits, RF communication, Avionics, aerospace, and military applications. Specifically, these crystals are miniature, surface-mountable crystal oscillators that are designed for ultra-low phase noise and fast start-up applications. 8Y-19.200MAAE-T is suitable for temperatures ranging from -40 to 105°C.

The Working Principle of 8Y-19.200MAAE-T

The main function of a crystal oscillator is to convert electrical signals of extremely low frequencies to high frequencies. 8Y-19.200MAAE-T crystals vibrate at a desired frequency when they are connected to an electrical circuit. To achieve this, they have a quartz crystal with measure electrodes attached to each side that picks up the electrical signal.

The quartz crystal acts like a plate of spring in which the electrical signal causes the crystal to vibrate. When the temperature varies, the characteristics of the crystal also varies, which affects the vibration frequency of the crystal. The changing frequency of the vibrations can cause the electrical signal to be converted from low to high frequency.

The 8Y-19.200MAAE-T crystal oscillator is able to quickly start up in applications within its operating temperature range due to its fast conversion rate. Moreover, the crystal also has high stability, low jitter and very small phase noise that enable it to operate in very sensitive applications, while still delivering a high-quality output signal.

Conclusion

8Y-19.200MAAE-T is a type of crystal used in frequency control applications, such as radio circuits, RF communication, avionics, aerospace and military applications. These crystals are capable of vibrating at a desired frequency when electrical signals are applied and offer high stability, low jitter and very small phase noise. Additionally, their fast conversion rate enables them to quickly start up in applications within their operating temperature range.