416F25012CLT

Crystals are an important element in the transmission of microwave signals and other information. The 416F25012CLT is an example of one such crystal type. Its characteristics make it suitable for a variety of applications and its use can be seen in computers, navigation systems, two-way radios and telephones. Let\'s take a look at this crystal\'s application field and working principle.

What is the 416F25012CLT?

The 416F25012CLT is a surface mountable, high-performance crystal package with an 8-lead ceramic flat pack. It is an ultra‑low‑noise and low‑drive‑level, medium‑speed crystal that is well suited to applications where space is limited, including areas such as mobile communications, navigation and robotics.

Application Field of the 416F25012CLT

The 416F25012CLT is suitable for use in a variety of applications due to its impressive performance. Mobile communications benefits from the crystal’s negligible level of interference, allowing enhanced coverage and reception. It is ideal for both 2.4GHz and 5GHz communications, and mobile phones, two way radios and navigational systems can benefit from its reliable accuracy.

In addition, the 416F25012CLT is used in many types of robotics, such as humanoid robots and autonomous vehicles. Its low drive level makes it an ideal solution for achieving precise and repeatable motion control. Finally, it is used in many professional microphones, providing a fail safe method of transmitting audio information accurately and without noise.

Working Principle of the 416F25012CLT

Like any other crystal, the 416F25012CLT works on the principle of the piezoelectric effect. This occurs when an electric current is passed through a material such as quartz, which causes the material to vibrate at a particular frequency. The crystal vibrates at this frequency when the voltage is applied and this is how the precision of the signal is maintained. In addition, the 416F25012CLT is designed to make this process as energy efficient as possible, ensuring that it uses as little power as possible.