FC-255 69.0000KA-AG5

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Application of crystals has been common in the advancement of technology most notably in the telecommunication, broadcasting and computer system industry. Crystals have also been used in numerous products. The commonest examples of crystals that are used in technology includes the piezoelectric quartz, semiconductor gallium arsenide (GaAs) and gallium nitride. The FC-255 69.0000KA-AG5 has gained a lot of interest among the consumers due to its features and specifications that render it quite reliable and highly effective.

The FC-255 69.0000KA-AG5 are used in various applications such as computers, signals and communications, energy conversion and digital integrated circuits. This crystal is composed of a quartz piezoelectric crystal with a standard cut of about 45 degrees to make it ideal for voltage-controlled oscillators (VCOs). The FC-255 come in basic configurations with a specified frequency range and offset temperature which makes it easy to adjust and maintain its frequency.

The wider ranges of applications of FC-255 69.0000KA-AG5 include its capability to produce high-frequency and accurate signals. The crystal is used in a number of systems such as mobile phones, alarms, transmitting and receiving circuits, recreational and medical equipment, monitoring systems, and so on. Its application in the broadcasting sector helps in the efficient tuning of receivers, cordless phones and base stations. Similarly, it is used as a frequency distributor and controller for the amplifier and antenna systems of radio and television stations.

The main advantage of using FC-255 69.0000KA-AG5 is that it has a reliable and stable frequency output. This crystal not only has the ability to produce frequencies that are accurate but can also tolerate temperature changes and voltage variation. In addition to this, it has the capability of determining the exact frequency by offsetting the temperature. This crystal also has an additional benefit in its ability to reduce EMI (electromagnetic interference). This is achieved by the unique design of the quartz sheeting which is shielded by copper mesh on both sides.

The working principle of FC-255 69.0000KA-AG5 is based on the piezoelectric effect. This is a phenomenon in which an electric field is created when a mechanical stress is applied on the crystal. In this case, the stress is applied by a series of mechanical shocks, which are provided externally. With this, the quartz crystal produces electrical oscillations at a high frequency when subjected to external mechanical shake-ups. The frequency of the oscillations is determined by the frequency at which the mechanical shocks apply. The oscillations produced can be modulated to control the frequency and other parameters such as the amplitude, phase and frequency.

The FC-255 69.0000KA-AG5 crystal is truly a remarkable device for its efficiency and superior performance. It is very popular in many different applications because of its flexibility, accuracy, and cost-effectiveness. The crystal is protected by a strong and hard borosilicate glasses which helps in preserving the unique features and providing protection from accidental physical damage. It is also extremely resilient to the environmental changes and can maintain its frequency accuracy up to the extreme levels. Additionally, the quartz crystals are very reliable and have a long service life, which makes FC-255 69.0000KA-AG5 ideal for many applications.

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