416F36033CLT

Crystals

The 416F36033CLT Crystal is a high-precision resonator that is able to accurately generate a range of clock rates and timing signals for devices relying on accurate timekeeping measures. It’s used in many products such as computers, shortwave communication systems, industrial automation systems, and more.

Application Field

Besides the excellent frequency stability, 416F36033CLT Crystals offer a variety of advantages over alternative clock solutions. This makes them suitable for a wide range of applications, such as networking, printing, IVD (in vitro diagnostic) systems, medical equipment, metering and monitoring of critical infrastructure, automotive ECUs (electronic control units), and many others. These crystals can also be used in satellite navigation systems and mobile networks due to their excellent frequency stability, even in the presence of environmental variability.

Working Principle

The 416F36033CLT Crystals is based on a digital resonator – a structure that vibrates at a precise frequency when a voltage is applied. This frequency is generated by a quartz crystal, which is mounted on a substrate and connected to electrodes. The crystal is able to generate this frequency by transforming vibrations from electrical signals into mechanical energy. The frequency is then converted into digital signals via an oscillator circuit.

The 416F36033CLT Crystal works by the resonance frequency created by the quartz crystal vibrating at specific periodic frequencies. It is able to generate high accuracy timing and frequency signals, which can be essential for ensuring the accuracy of timing operations or communications. It is also highly customizable, allowing the user to adjust the amplitude, accuracy and temperature range of the clock frequency.

The 416F36033CLT Crystal enables higher frequencies and smaller signal stability compared to quartz oscillators, so they can be used in a wide range of applications. The high performance and excellent long-term reliability they offer make them attractive solutions for product designs that need to meet strict accuracy requirements.