416F38413AAT

416F38413AAT Crystal

A 416F38413AAT Crystal is a type of quartz crystal which is specifically designed with common cathode technology. It\'s most commonly used in oscillators, and particularly those used in telecommunications and networking applications. Additionally, 416F38413AAT Crystals are also used in high-temperature and extreme-temperature industrial applications, such as those related to aircraft, rail, automotive, and other important commercial and industrial systems.

Application Field

The 416F38413AAT Crystal is designed to provide precise frequency control across a wide range of frequencies in order to ensure reliable communication across both digital and analog networks. In telecommunications applications, 416F38413AAT Crystals are used to generate the needed frequency to operate the base station transceiver, modems, and other communications devices. Additionally, the crystal is used to generate a precise and stable frequency for radio and frequency hopping radio networks.

In the industrial sector, 416F38413AAT Crystals are used in extreme-temperature applications. This includes applications in the aerospace, rail, automotive, and military. In these applications, the crystal must be able to provide reliable communication control across harsh temperatures with minimal frequency change. Furthermore, in order to ensure reliability and accuracy, these applications require high stability and low jitter over wide temperature ranges.

Working Principle

The 416F38413AAT Crystal works by vibrating at a particular frequency when supplied with electrical power. This frequency is determined by the physical properties of the crystal which its constructed from, including the size and shape of the quartz crystal plate. As electrical voltage increases, so does the frequency. A small capacitance can be added in order to tune the frequency to the desired level.

The frequency of the 416F38413AAT Crystal is limited by the size and mass of the quartz. Quartz is a natural material and as such has inherent physical limitations on the frequency that it can vibrate at. The frequency of the 416F38413AAT Crystal can range from 10 Hz to 10 MHz depending on the size and shape of the quartz crystal. Additionally, the frequency can be tuned to even higher levels within these ranges using the small capacitance.

The 416F38413AAT Crystal is an example of the modern quartz crystal which combines several features in order to provide reliable frequency control across a wide range of applications. By taking advantage of the inherent properties of quartz and adding additional components, the 416F38413AAT Crystal is able to provide reliable frequency control across harsh temperatures with minimal frequency change.