AX-15.000MAGV-T

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Crystals have been used in various applications for decades and are known for their precise timing capability. The AX-15.000MAGV-T is a type of quartz crystal resonator that has been developed to meet the requirements of high-performance industrial applications. This article will discuss the application field and working principle of AX-15.000MAGV-T crystals.

The AX-15.000MAGV-T crystal is a very precise timing instrument that provides an accurate and stable frequency reference. It is designed for applications that require high timing accuracy, such as telecommunications and military systems. The crystal is also suitable for high temperature and radiation resistant applications, such as automotive and aerospace systems. The device is made from quartz and is available in either a surface mountable or through-hole configuration. Its main advantages over other timing components are its small size, low cost, and high frequency stability over temperature.

The AX-15.000MAGV-T quartz crystal resonator operates on the same principle as other crystals. It vibrates at a specific resonant frequency, determined by its physical shape and size, and is kept at that frequency by the electrical quartz resonator circuit. The AX-15.000MAGV-T resonator consists of a quartz crystal, a tuning fork, a coil, and an electrical circuit. The tuning fork is made of metal and is driven by an alternating current, typically provided by a power supply. This current causes the fork to vibrate at a frequency determined by its shape and size. The vibrating fork causes the quartz crystal to vibrate at the same frequency, and the resulting energy is harnessed to produce an electrical output. The electrical circuit then amplifies this signal and supplies the output to the circuit. This output is then used to drive the desired components in the application.

The AX-15.000MAGV-T crystal is suitable for a variety of applications, including frequency control, clock generation, frequency resolution, and timing synchronization. It is highly stable over temperature and can be used in a wide range of temperatures, from -20 to 70 degrees Celsius. The tiny size and low cost of the crystal make it ideal for small and low cost electronic devices. The device is also highly resistant to noise interference, making it ideal for timing sensitive applications.

In conclusion, the AX-15.000MAGV-T quartz crystal resonator is a highly precise timing instrument that is suitable for a range of applications. It is small, inexpensive, and highly stable over temperature. The device is perfect for telecommunications, automotive, military and aerospace systems that need precise timing capabilities.

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