MA-406 4.0000M-B: ROHS

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Crystals

Crystals are used as high-frequency timing components, and offer extremely high frequency stability and excellent environmental stability. In the electronic industry, their use enables a wide range of important devices and systems to operate with precision and reliability. Many companies around the world produce high quality quartz crystals for use in timing and frequency applications, including jewelers and opticians, who produce piezoelectric crystals for the customers who need them.

The MA-406 4.0000M-B is a stand-alone, RoHS compatible crystal fabricated from high-quality quartz semiconductor material. This type of crystal is used for digital and radio frequency applications, and is widely deployed in industrial and medical device electronics as well as in consumer electronics and telecommunications technology. In particular, MA-406 4.0000M-B is a widely used quartz crystal oscillator, with an operating frequency range of 6.0 to 10.0 MHz and a high-frequency tolerance range of 0.2 to 1 part per million.

At a conceptual level, quartz based electrical components involve the phenomenon of vibrational resonance, which is a physical phenomenon observed in all matter. When a force is applied across a Quartz crystal, the crystal begins to oscillate at natural resonant frequencies, with the resonance depends on the amount of force applied, the size of the crystal and the orientation of the crystal itself. The frequency of this resonance can be quantified in hertz and can be used to control digital and analog circuits.

The MA-406 4.0000M-B utilizes the vibrational resonance of quartz crystal for its working principle. The component is cut and designed with a specific resonance frequency and is powered by an external voltage which is supplied by the host device, allowing for precise timing and fine-tuning capabilities. This component consists of two electrodes known as electrodes, which are connected to a pair of quartz crystals that act in tandem to oscillate and generate a changing voltage or current.

The combination of the electrodes and the quartz crystals creates the basis for the working principle of the MA-406 4.0000M-B crystal since the resulting output frequency is determined by the interaction of the voltages and currents generated by the electrodes and the quartz crystal. In other words, the crystal will vibrate at its natural resonant frequency, which is determined by the size and shape of the crystal, when the correct voltage is applied to the two electrodes.

Ultimately, these vibrations in the MA-406 4.0000M-B crystal are highly reliable, as they are immune to environmental effects such as temperature and pressure variations which can affect other components. As a result, RoHS compatible quartz crystal based components such as the MA-406 4.0000M-B are often used in applications that require precise timing, such as military and aerospace technology, communication systems, automotive electronics, medical electronics and scientific instrumentation.

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