B39401R0983H110

Resonators

Resonators provide the basis for high accuracy timing components used in a variety of devices and systems. Among them, B39401R0983H110 resonator is an efficient and accurate timing solution which has found applications in many fields.

Application Field

B39401R0983H110 resonator is a reliable, accurate and stable timing device designed to implement frequency control, real-time clock synchronization and specific frequency generation in electronic systems. Its application field covers a range of products, including:

• Digital counters and measuring instruments
• High-end computers, television sets, DVD players, telecommunications equipment and other digital products
• Car/truck/van electronics
• Home appliances, like electric rice cookers, microwaves, electric ovens etc.
• Digital cameras and camcorders

Working Principle

B39401R0983H110 resonator is an electronic component based on the physical phenomenon of resonance. It works by creating electric oscillations of a certain frequency at predetermined intervals. The frequency of the electric oscillations is determined by the properties of the metallic elements within the resonator. When an external voltage is applied via two metal electrodes, it will cause the resonator to vibrate, producing oscillations at its resonance frequency when the voltage reaches a certain amplitude.

The key advantage of B39401R0983H110 resonator is its excellent controllability in frequency as it can remain identical and fixed for a long period of time. It produces high precision, repeatable oscillations, which are immune to environmental interference and can survive even in harsh conditions. This makes it ideal for frequency control, real-time clock synchronization and specific frequency generation in electronic systems.

Conclusion

B39401R0983H110 resonator is a reliable, accurate and stable timing device designed to implement frequency control, real-time clock synchronization and specific frequency generation in electronic systems. It works by creating electric oscillations of a certain frequency at predetermined intervals and is advantageous in that it produces high precision, repeatable oscillations, which are immune to environmental interference and can survive in extreme conditions. This makes it an ideal choice for a variety of applications across a variety industries.