MP250A-E

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Crystals are useful in many modern electronics, and the MP250A-E crystal is no exception. This low-frequency, low-power crystal is used in consumer electronics applications such as watches, calculators, and computers. However, it also has industrial applications in telecommunications, instrumentation, and medical equipment.

Broadly speaking, crystals are devices that convert electric potentials into mechanical vibrations. The effect of this is to facilitate electrical signals through the mechano-acoustic resonance and vibration of a crystal or material. In essence, a crystal oscillator is a circuit that incorporates a quartz crystal to create a frequency of which is dependent upon the physical characteristics of the crystal used. In the case of the MP250A-E, the crystal is a quartz resonator that produces a compact and stable frequency of 8.0MHz in the CMOS14.7456MHz.

The MP250A-E is designed to have excellent performance characteristics, with high precision frequency accuracy, high output control accuracy, and excellent temperature stability. This allows the crystal to serve its purpose in various applications in conditions ranging from extremely low to extremely high temperatures. The frequency can be adjusted by the internal load capacitance, which is adjustable to achieve a desired resonance.

The MP250A-E has many uses due to these characteristics. It is often used in the telecommunications industry in applications such as cellular phones and two-way radios. In addition, it is used in instrumentation and medical equipment, such as patient monitors, ultrasound imaging systems, and prosthetic devices. In consumer electronic devices, the crystal is often used in watches, calculators, and clocks.

To conclude, the MP250A-E crystal is a low-frequency, low-power crystal that offers excellent performance characteristics and is used in a variety of applications. Its frequency is adjustable, which makes it useful in telecommunications, instrumentation, and medical applications, as well as various consumer electronics. Its temperature stability makes it a reliable choice in even extreme temperatures. Utilizing this crystal in any design allows users to produce high-quality and efficient products.

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