ATS240C

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Crystals are gadgets that help to control the frequency of a circuit by oscillating its natural resonance frequency. Among these components is the ATS240C crystal, which is used in many applications and has a very efficient working principle.

The ATS240C is a tailored piezoelectric resonator made of quartz crystals. It has a high degree of accuracy and can produce a reliable sine wave output frequency with low phase noise. The frequency range of the ATS240C is between 10MHz-50MHz and its output can be regulated by the crystal and load capacitors. The temperature and voltage ranges for the ATS240C are between -20C to 80C and 0-3V respectively.

The most common application field for ATS240C crystal is in the broadcasting and satellite communication industry. The crystal can be used to create high accuracy oscillators which are required for the precise frequency selection. Its highly efficient working characteristics allow broadcasters to transmit their signals within a specified frequency range with minimal signal interference. The crystal is also used for oscillators in the GPS navigation systems for the same reason.

The working of the ATS240C crystal is based on the principle of resonance. It consists of certain electrodes which, when exposed to an external electric field, produce oscillatory motion. This oscillatory motion is then converted into a frequency of choice and then sent to the receiver. As such, the ATS240C oscillator produces a sine wave of a predetermined frequency based on the reactance of the crystal.

The ATS240C crystal can provide highly accurate outputs with minimal interference. It is highly tolerant to sudden changes in temperature and voltage, which make it an ideal choice for broadcasting and satellite transmission. Furthermore, its energy-saving design leads to lower operation costs to the user. This makes the ATS240C crystal highly cost-efficient.

The ATS240C crystal has been used for numerous projects such as for clock and data recovery, temperature and vibration measurement, signal measurement, operating frequency of the bus master and much more. Its highly reliable performance makes it a great choice for many applications.

In conclusion, the ATS240C crystal is a highly efficient device used for a variety of applications due to its accuracy, stability, and frequency range. Its resonance-based working principle makes it suitable for broadcasting and satellite communication as well as other applications. It also provides high accuracy outputs with minimal interference area thus making it highly cost-efficient.

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