AA-13.4916MAHQ-T

Crystals: AA-13.4916MAHQ-T

Crystals are essential components in a wide variety of electronic circuits. They play an important role in radio transmitters and receivers, audio devices, and computer circuits. AA-13.4916MAHQ-T is a type of crystal that is ideal for applications such as radio communication, frequency selection, electronic timing control, and on/off frequency switching.

Application Field

The AA-13.4916MAHQ-T is capable of providing precise timing and frequency stability without the need for external trimming circuits. It is suitable for use in radio communication and frequency selection in consumer electronics, GPS, satellite navigation and security electronics.

The crystal is also used for timing control and frequency tuning applications in consumer electronics, industrial electronics, frequency synthesis applications, and radio communications. Additionally, it is used in on/off frequency switching applications such as in TV and audio products.

Working Principle

The AA-13.4916MAHQ-T crystal operates on the principle of electrical resonance. In this system, the crystal acts as an oscillator, meaning it will generate an amplified electrical signal at a specific frequency based on its physical characteristics. The frequency of the oscillation is determined by the physical characteristics of the crystal, such as its shape, size, and composition.

The crystal is designed with two electrodes on either side of the crystal, which are electrically connected to the output of an oscillating circuit. As the oscillation frequency of the circuit increases or decreases, the crystal responds by changing its own frequency to match the oscillation frequency of the circuit.

Once a steady frequency is reached, the oscillation of the crystal and the output of the circuit will become synchronized. This process is known as frequency stabilization and is essential for systems which require precise frequency control, such as radio communication and computer systems.

Conclusion

The AA-13.4916MAHQ-T is a precision crystal that is used in a wide variety of electronic circuits and applications. Its ability to provide precise frequency and timing stability make it an ideal choice for radio communication, frequency selection, timing control and frequency tuning applications.