EFO-MN6004A4

Resonators are components that cause a specific resonance frequency to be generated. EFO-MN6004A4, a type of resonator, is no exception. Resonators, such as EFO-MN6004A4, are widely used in resonator oscillator circuits and frequency synthesizers, and can also be used in radio receivers and transmitters, audio and video equipment, and communication systems.

In terms of its application fields, EFO-MN6004A4 can be mainly used in fundamental sources of frequency and high-precision clock sources, meeting all kinds of requirement in radio communication, time-division multiplexers, PABX and measurement control. Moreover, it fits in as well to mobile applications as car hands-free and Bluetooth systems. Furthermore, this type of resonator can also be used in a variety of electronic products, such as remote controls, toys, transponders, and some portable electronic devices.

Functions inherent to EFO-MN6004A4 are remarkable in the way it operates under relatively complicated conditions, is shock and vibration proof, and guarantees an impressive and reliable degree of stability. It is also low cost and supports applications in hostile environments.

When it comes to EFO-MN6004A4\'s working principle, it is based on a type of tuning fork-like resonator, which creates a rectangular waveform after the electrical signal is input. Then the waveform is transformed into a sine wave. The working principle of EFO-MN6004A4 is divided into three parts. First, the voltage is applied to the cross-section of the fork which causes the piezoelectric element to expand or contract, which results in oscillation at a particular frequency. Second, the oscillation within an external, electric field produced by a capacitor and an electric connector. The two elements, together with a piezoelectric element, determine the frequency of oscillation. And, finally, the sine wave is generated after the waveform being transformed so that it can reach such target as providing clock signals in digital circuits.

EFO-MN6004A4 is an excellent type of resonator due to its capability to provide high-frequency and high-stability signals in the field of telecommunication and its wide range of application. It is also a great device to be used in harsh environments for it is shock and vibration proof. All in all, its working principle and application fields make it an ideal choice for its purpose.