LFXTAL028392REEL

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Crystals:

LFXTAL028392REEL is a surface mount ceramic crystal, developed and manufactured by Epson, specifically for high-frequency, low-power applications. It features excellent stability performance, a low profile and a wide frequency range, suitable for a variety of applications. This crystal can be used in a wide range of applications from consumer electronics to telecoms, sensor control and portable medical equipment.

This crystal has a wide range of applications and working principles. It is commonly used in communication networks, like portable phones. In these networks, it is used to transmit and receive higher frequency signals over longer distances, because its strong signal performance ensures reliable data transmission and reception. In mobile phones, it is also used to reduce interference, by forming a ´tuned´ oscillator circuit, which matches the frequency of the crystal to that of the communication signal.

Another common application of the LFXTAL028392REEL is in the automation of industrial processes. Because it provides high precision, it can produce output signals suitable for use in factory automation and process control systems. It is also used to precisely synchronise the flow of energy in power systems. By using the crystal, a suitable frequency can be generated which can be used to control the transfer of electricity from point to point, thus reducing the potential for disruptions.

The LFXTAL028392REEL is also used in systems which require accurate timing for a variety of functions. For example, in medical equipment, it can be used to provide a signal for timing the delivery of medication or for synchronisation of medical instruments for monitoring vital signs. It is also used to time the control of a variety of robotic systems and critical safety systems, like in automotive and aircraft applications.

In general, the LFXTAL028392REEL works by vibrating at its resonant frequency when electricity is applied to it. The frequency of the signal is determined by the specific shape of the crystal, and is thus used to create a timing signal. This crystal is designed to be very stable and consistent, with very low power consumption, so that it can be used in a wide range of applications requiring faultless timing.

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