CMR250T100.000KAZF-UT

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Crystals are materials with periodic atomic structure that exhibits optical and electrical properties that are not found in ordinary materials. The CMR250T100.000KAZF-UT is a crystal oscillator, which is a type of crystal used in electronic circuit design. This type of crystal oscillator is used to generate a precise frequency for various electronic devices. In this article, we will discuss the application field and working principle of the CMR250T100.000KAZF-UT.

The CMR250T100.000KAZF-UT is a quartz crystal oscillator designed for low-power, low-frequency applications. It is suitable for wide operating range, and can produce a frequency range from 1.000kHz to 250.000kHz. It has a basic power dissipation of 100.000mW and can work in temperatures up to +50℃. The CMR250T100.000KAZF-UT is a RoHS compliant electronic component and is also available in three different levels of environmental protection, which are lead-free, halogen-free, and Clean Room (CR) versions.

The CMR250T100.000KAZF-UT is suitable for use in a variety of applications. The most common is for timing or frequency generation in microcontroller-based systems, low-voltage devices, communication systems, and consumer electronics. Its wide range of operating frequencies can be easily modified by varying an external resistor. It is also suitable for frequency multiplication applications, since it has a wide range of user-defined factors that can be selected to produce higher frequencies. The CMR250T100.000KAZF-UT is also used in automotive electronics, where it is used to provide a stable frequency reference for the engine control module.

The working principle of the CMR250T100.000KAZF-UT is based on the moving boundaries in a quartz crystal. Quartz crystals are composed of many small quartz grains in a lattice structure. Each grain has a certain number of atoms, and the number of atoms that are arranged in each grain is different from that of the neighboring grain. This results in a regular, repeating structure across the entire crystal, which gives it its unique electrical properties.

When an electrical signal is applied to the crystal, it creates a mechanical stress, which in turn causes the grains to move back and forth against each other. These moving boundaries create an oscillating motion, which is then translated into an electrical signal. The frequency of this signal depends on the arrangement of the atoms within each grain, and can be accurately tuned by varying the external resistor. This is the basic working principle of the CMR250T100.000KAZF-UT.

In conclusion, the CMR250T100.000KAZF-UT is a quartz crystal oscillator suitable for a wide range of applications. Its wide frequency range and adjustable external resistor make it suitable for use in frequency generation and multiplication applications. Its working principle is based on the movement of boundaries caused by electrical stress, which produces an electrically adjustable oscillating signal.

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