7B-24.000MAAJ-T Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals

Crystals is one of the critical components in modern electronics, playing a major role in many applications from cell phones to medical devices. Among them, the 7B-24.000MAAJ-T crystal is increasingly being used for its low-cost, high-performance features. This piece will discuss its application field and working principle.

Application Field

The 7B-24.000MAAJ-T crystal is mainly used in timing circuits, and is employed in a wide range of applications which rely on highly accurate timing. Such applications include the generation of a syntonized square wave signal with adjustable amplitude and frequency, modulated output waveforms suitable for servo control, frequency hopping, frequency modulation and programmable clock oscillators. It is also sent as a reference frequency in radio receivers, allowing them to synchronize the time. Furthermore, 7B-24.000MAAJ-T also found extensive use in microprocessor systems for generating its clock rate.

Working Principle

The 7B-24.000MAAJ-T crystal works through vibrational resonance. When a current is applied to its electrodes, a small voltage induces an electric field across the electrodes. This, in turn, causes the crystal to vibrate, creating an alternating electric field. The frequency at which the crystal oscillates is determined by its size and shape, and is known as its resonance frequency. In the case of the 7B-24.000MAAJ-T, the resonance frequency is 24MHz.

A high quality capacitor is often connected across the terminals of the crystal. This capacitor works as a buffer, allowing the crystal to oscillate without being influenced by external stimuli. Additionally, the capacitor stabilizes the resonance frequency of the crystal and ensures the signal remains crystal clean without any distortion.

To maintain a highly accurate resonance frequency, 7B-24.000MAAJ-T crystals are usually manufactured with the latest production techniques, including precision wire bonding and surface mount technology. The crystals also benefit from being tested in simulation and resonance controls to ensure high consistency and accuracy.

Conclusion

Thanks to its precision, reliability and affordability, the 7B-24.000MAAJ-T crystal has become increasingly popular for many timing applications. It is widely used in microprocessor systems and radio receivers, and is known for its consistent and crystal clear output.

The specific data is subject to PDF, and the above content is for reference