FA-238 24.0000MD50X-K5

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Crystals are an integral part of modern technology, finding applications in fields from computing and communications to lasers and medical imaging. Crystals are used to generate, transmit and control oscillations of electrical signals that make modern communications and computing possible. One example of such a crystal is the FA-238 24.0000MD50X-K5. This crystal is used in communications equipment, computing equipment and other electronic devices.

The FA-238 24.0000MD50X-K5 is a quartz crystal with a diameter of 38.50mm and a thickness of 0.40mm. It is made of a hard, transparent quartz material and has the capability to generate an oscillation at a frequency of 24.0000MHz. It has a maximum temperature of 125°C and a load capacitance of 7.5pF, and it is soldering reflow compatible for easy installation.

Crystals like the FA-238 24.0000MD50X-K5 work by creating a physical resonance that corresponds to a particular frequency. This resonance is known as the “piezoelectric effect” and is caused by the quartz material changing its shape when pressure is applied. When electrical voltage is applied to the crystal, the crystal vibrates at a specific frequency corresponding to the design of the crystal. This vibration creates a signal that can be used by electronic circuits to control and generate signals of the same frequency.

The FA-238 24.0000MD50X-K5 is used in many applications as both a signal generator and signal transmitter/receiver. For example, it is used in Bluetooth enabled devices and radio receivers and transceivers to generate and transmit signals of the same frequency. It is also used in oscillators and PAs, where it is used to create a specific frequency for use in communication and navigation systems.

The FA-238 24.0000MD50X-K5 is only one of many different types of crystals used in modern technology. Quartz crystals are widely used in electronics, computers, telecommunications and many other fields. They are essential components in almost all modern electronic devices, allowing information to be transmitted and signals to be generated and controlled.

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