MP065C-E

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Crystals are a type of material that form in a regular, repeating pattern. They have unique properties that make them useful in a wide variety of applications, such as in electronics, optics, and telecommunication. Crystals are often used as components in the manufacture of electronic devices because of their natural ability to maintain electrical current. They are also used for sensors, telecommunications, and other electronic applications.

The MP065C-E crystal is an industry-standard frequency control device. It is a miniature, enclosed quartz crystal with an electrical connection terminal. It features a very low power consumption and excellent temperature stability, making it well suited for low-power applications. Its frequency range is from 5.0000 MHz to 50.0000 MHz, with a frequency tolerance of +/- 20 ppm and an operating temperature range of -30 to 85 degrees Celsius.

The working principle of the MP065C-E is based on the physical properties of quartz crystal. Quartz has the ability to vibrate at a very consistent frequency when excited by an electrical current. The MP065C-E uses this principle to create an oscillator circuit, which produces a specific frequency that can be used to control circuits, clocks, and other timing components.

The MP065C-E\'s main application field is in telecommunications and radio engineering. It is used to create high-accuracy oscillations to control transmission frequencies, modulate data signals, and synchronize transmission protocols. It is also ideal for computer applications, where it is used to control bus speeds, synchronize computer clocks, and generate sound waves for a variety of audio applications.

The MP065C-E has several advantages over traditional quartz crystals such as improved frequency tolerance, temperature stability, and power consumption. Its reliability and accuracy make it ideal for a wide variety of electronic and telecommunications applications.

In conclusion, the MP065C-E crystal is a useful and reliable frequency control device, ideal for telecommunications and radio engineering applications. Its low power consumption and excellent temperature stability make it well suited for low-power applications, while its frequency range and frequency stability make it suitable for more demanding applications.

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