MA-505 64.0000M-C0

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Crystals

The MA-505 64.0000M-C0 is a crystal device with a wide variety of applications. At the heart of the device is a piezoelectric quartz crystal. This crystal is known for its excellent accuracy, low power consumption and its remarkable stability.

The crystal can be used to generate an oscillating signal of specific frequencies. These signals can then be used in the implementation of electronics circuitry such as digital oscillators, filters, frequency dividers, phase-locked loops and other digital or analog circuits. This crystal can also be used as a time base for frequency reference generation.

In addition, the MA-505 64.0000M-C0 can be used for radio frequency based devices. This makes them ideal for applications such as in mobile phones, satellite navigation systems, radio transmitters and radio receivers. They allow for reliable and accurate transmission and reception of signals, making them the perfect choice for communications use.

The working principle of the MA-505 64.0000M-C0 is based on two fundamentals: piezoelectric effect and acoustic wave propagation. The piezoelectric effect is the result of the crystalline structure of the device. This crystal structure is responsible for the production of electrical signals when pressure is applied to its surface. Acoustic wave propagation is the process in which acoustic waves are created which travel through the crystal structure, producing electrical signals as they reach the terminals.

The MA-505 64.0000M-C0 frequency is determined by the size and the shape of the crystals. The larger the crystal, the higher the frequency. This is due to the higher number of wavelengths that can be transmitted within the crystal. Furthermore, the shape of the crystal will also influence the frequency, as each shape will create different wave forms.

The MA-505 64.0000M-C0 is a reliable and efficient way of generating frequencies for many different applications. Its level of accuracy and stability makes it the perfect choice for many commercial and industrial needs. In addition, its low power consumption makes it suitable for a wide range of power environment applications.

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