FA-20H 26.0000ML81Z-AC3

Crystals are inorganic substances that are composed of repeating, ordered arrangements of atoms and molecules. A crystal is a solid state of matter that exhibits unique physical properties. Crystals can be used for a variety of purposes, including energy amplification, healing and other energy-related applications. The FA-20H 26.0000ML81Z-AC3 is a specific type of crystal that has a particular application field and working principle.

Basic Description of a FA-20H 26.0000ML81Z-AC3

The FA-20H 26.0000ML81Z-AC3 crystal is a high-frequency quartz crystal with an oscillation frequency of 26.0000MHz. It is made from a small quartz crystal cut so that its shape is approximately rectangular in shape. This crystal is particularly suited for use in the production of microcontrollers and other electronic components, such as logic gates and microprocessors. It is also used in a number of other electronics applications, such as for frequency control, time-keeping clocks, oscillators, and more.

Application Field and Working Principle

The FA-20H 26.0000ML81Z-AC3 crystal is commonly used in the field of microcontrollers, in particular those that require high-speed operation. It is highly resistant to noise and other electromagnetic interference, and its oscillation frequency can be accurately controlled.This makes it ideal for use in various types of controllers, including those used in robotics and automotive electronics.

The FA-20H 26.0000ML81Z-AC3 crystal works according to the still-water principle, also known as the "no-flow" crystal cut. This means that the electrical conductivity of the crystal is uniform, which in turn allows for accurate frequency-tuning. This crystal is capable of delivering a high-frequency signal to microcontrollers and other electronic components, which is the result of its low-loss characteristics.

Benefits of the FA-20H 26.0000ML81Z-AC3 Crystal

The main benefit of the FA-20H 26.0000ML81Z-AC3 crystal is its high tolerance for noise and electromagnetic interference, making it an ideal choice for microcontroller applications. Its low-loss properties also allow for accurate frequency-tuning, making it more reliable than other crystals with lower oscillation frequencies. This also makes the crystal more suited for use in time-keeping applications, since it can maintain accurate timekeeping even in the presence of environmental noise.

The FA-20H 26.0000ML81Z-AC3 crystal is also more resistant to shock and vibration than other crystals, making it more suitable for use in mobile electronics. Its durability and low-loss properties also make it suitable for use in automotive electronics and other high-temperature environments. These are just some of the many benefits that make the FA-20H 26.0000ML81Z-AC3 a popular choice for use in a wide range of electronic systems.

Conclusion

The FA-20H 26.0000ML81Z-AC3 is a high-frequency quartz crystal that is especially suited for use in microcontrollers and other electronic components that require high-speed operation. Its oscillation frequency can be accurately controlled, and its low-loss properties make it reliable for use in time-keeping applications and other electronics. Its high tolerance for noise and electromagnetic interference, as well as its durable construction, also make it suited for use in a wide range of applications. All of these factors make the FA-20H 26.0000ML81Z-AC3 a popular choice for crystal and electronics applications.