416F38413CDT

Crystals: 416F38413CDT Application Field and Working Principle

Crystals are electronics components in the shape of Zigzag cut wafers of quartz or other piezoelectric materials that are used to create a standing wave called the resonator.  These crystals have applications in communications, in particular providing frequency control, such as for transmitting and receiving radio frequencies for communication with other components. This article will discuss the application field and working principle of 416F38413CDT.

Application Field of 416F38413CDT

416F38413CDT is a miniaturized air-cored SMD ceramic resonator with a quartz crystal active element. It provides superior stability and reliability, suitable for high capacity and high frequency communication, such as low power RF radios and data communications. This type of crystal is ideal for applications with demanding requirements and space constraints, such as automotive and medical applications. Due to its small size and low cost it is also suitable for consumer applications, such as wireless base stations, cordless phones, wireless computer mice, and other peripherals.

Working Principle of 416F38413CDT

The 416F38413CDT features an inductor core embedded in a dial paired with an oscillating quartz crystal in the center of the core. When a signal is sent through the inductor core, the crystal vibrates in the air, creating a standing wave called the resonator. This resonator then produces an RF signal with a specified frequency. As the frequency increases or decreases due to temperature changes, the 416F38413CDT will automatically adjust the frequency within its predetermined range, providing consistent, reliable frequency control for any system.

The 416F38413CDT utilizes various technologies to provide superior stability and reliability, including a temperature compensated oscillator (TCXO) that adjusts the clock frequency according to the temperature, silver-plated electrodes that provide a low series resistance to reduce signal interference, and a quartz crystal active element that enables high frequency accuracy. It also features a quartz adjustment capacitor that increases the frequency stability range and reduces the distortion.

Conclusion

The 416F38413CDT is an advanced miniaturized air-cored SMD ceramic resonator with a quartz crystal active element that provides superior stability and reliability. This crystal is suitable for high capacity and high frequency communication, and it is ideal for applications with demanding requirements and space constraints, such as automotive and medical applications. It utilizes various technologies to provide superior stability and reliability, such as a TCXO, silver-plated electrodes, and a quartz adjustment capacitor. This makes the 416F38413CDT a great option for providing consistent, reliable frequency control for any system.