416F480X2ALR

Crystals are found in many of today\'s advanced devices, from smart phones to MRI machines, and provide essential functions. One of the common crystals used in the electronics industry is the 416F480X2ALR, which is designed for use in cellular radios. This crystal helps to provide precise frequency control in a variety of applications, and is capable of precise frequency control over a wide range of temperatures.

The 416F480X2ALR is an AT-cut crystal with a frequency of 48.000 MHz, and it has been used in various radio and telecommunications applications. Its frequency tolerance is precision-measured over a temperature range of -20°C to +85°C. The crystal is characterized by low insertion loss, low insertion phase noise, and excellent frequency control stability. Its symmetrical design also makes it easier to integrate into circuit designs.

To understand the 416F480X2ALR\'s application field, it is important to understand how crystals work. Crystals essentially vibrate at a precise and constant frequency. The vibration, called a piezoelectric effect, creates a vibration, which is essentially an oscillation of an electric charge. The frequency of this oscillation is determined by the size and shape of the crystal. By altering the sizes, shapes, and characteristics of the crystal, it can be manipulated to oscillate at a wide range of frequencies.

The 416F480X2ALR is designed specifically for use in cellular radios, meaning that it provides precise frequency control in a variety of applications. It is commonly used in FM radios, TV broadcasting, and two-way radio systems. The crystal\'s frequency tolerance and stability helps to ensure that transmissions remain error-free, and that transmissions remain free of distortion and interference.

The 416F480X2ALR is also used in various other applications, such as in automated test equipment, frequency counters, and oscilloscopes. It is also used in embedded systems to provide precise frequency control, as well as in GPS and other frequency-sensitive applications. In addition, the crystal is also used in medical imaging systems, as its low insertion phase noise and frequency stability are essential for precise medical scans.

In conclusion, the 416F480X2ALR is an AT-cut crystal with a frequency of 48.000 MHz, and it is designed for use in cellular radios. Its frequency tolerance and stability help to ensure precise frequency control in applications such as FM radios, TV broadcasting, and two-way radios. The crystal is also used in embedded systems, medical imaging systems, automated test equipment, and other frequency-sensitive applications. The 416F480X2ALR is an essential component in many of today\'s advanced devices and provides precise frequency control over a wide range of temperatures.