MP147B

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Crystals are one of the most important components in a wide range of electronics. They are considered to be the foundation of modern-day technology, and MP147B is one of the most popular of these crystals.

MP147B is a quartz crystal resonator. It is designed with a crystal oscillator circuit which consists of a quartz crystal in between two electrodes that are electrically connected to oscillator circuitry. The oscillations generate signals that can be picked up by the oscillator circuitry and used for various applications.

The applications of MP147B are diverse. It can be used in applications like clock-signal generation, frequency control, phase noise measurements, signal conditioning, signal filtering, and various buzzers. It is also used for signal transferring at various frequencies. This includes radio transmission and reception, as well as other communication systems.

The working principle of MP147B is based on the piezoelectric effect. The crystal is placed between two electrodes and is connected to an oscillator circuit. When an applied voltage is applied to the electrodes, mechanical vibrations are created due to the piezoelectric effect. These mechanical vibrations are picked up by the oscillator circuit and generate output signals.

The frequency of the output signals is determined by the mechanical properties of the crystal. These properties include the thickness of the quartz, its elasticity, and the temperature. As such, the frequency of the output signals can be precisely controlled and adjusted as needed.

MP147B is a versatile, reliable, and cost-effective crystal. It is used in a variety of applications and can be used for both long-term operation and short-term measurement tasks. Its reasonable price tag and excellent performance make it a great choice for any application that requires a crystal oscillator with adjustable frequency.

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