MP024S-E

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Crystals are one of the most important electronic technologies existing today. Therefore, they are an integral part of today’s modern electronic devices and systems. One example of a crystal technology is the MP024S-E.

The MP024S-E is a CMOS oscillator crystal from Murata that utilizes an Enhanced Optimized Hardened ESD silicon wafer. It was designed for the use of mobile communications and is basically a type of quartz oscillator for which a miniature yet highly stable clock signal can be generated. Its size is of an SMD-type terminal and it is equipped with a 0.45mm thin package and extremely low power consumption at 0.9mA. Additionally, its operating frequency spans from 12.8MHz to 40.96MHz.

The main application of the MP024S-E crystal is in mobile communications. With its extremely low power consumption, it is commonly used to power mobile phones, tablets, and other portable electronic devices. In particular, it supplies accurate timing signals for the majority of communication protocols employed with such devices. This includes protocols like Digital Video Broadcasting—Handheld (DVB-H) and Universal Mobile Telecommunications System (UMTS).

The working principle of the MP024S-E also revolves around its efficient use of energy. It generates a highly stable clock signal in the form of an oscillation that gets simpler and faster as the power consumption decreases. This is due to the composition of the crystal and its specific frequency output values. Furthermore, it utilizes the thermal stress of Eisen-Einstein law to generate the powerful clock signal.

In conclusion then, the MP024S-E is an excellent example of a crystal technology designed for modern mobile communication devices. Its tiny size and low power consumption make it ideal for powering smartphones and other portable electronics. Additionally, its utilization of the Eise-Einstein law contributes towards its efficient and consistent performance. By utilizing this highly advanced technology, what were once complicated systems can now be powered with a relatively small chip.

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