416F24013CDR

Crystals are all around us in our natural environment and are used in all aspects of life. The 416F24013CDR is a product of these crystals, specifically designed to be used in electrical applications. It is a quartz crystal resonator that is connected to two metal electrodes which can be used to create an oscillator. This article will discuss the primary application field and working principle of the 416F24013CDR.

Overview

The 416F24013CDR is a low-frequency quartz crystal resonator that is designed to operate at frequencies of 24 to 2 MHz. It is a small component made of a quartz crystal, two metal electrodes, and a metal can. The metal can provides the necessary shielding from outside disturbances, as well as providing a secure housing for the other components. The crystal is resonant at the frequency of 24 to 2 MHz, meaning that it will continue to oscillate at that frequency as long as it is supplied with power.

Application Field

As a low-frequency quartz crystal resonator, the 416F24013CDR has many applications. It is most commonly used in communication, medical, industrial, and automotive applications. In communication applications, it is used in radio broadcast, cellular phones, and other wireless communication systems. It is used in medical applications such as medical imaging, pacemakers and other life support equipment. It can also be used in industrial and automotive applications, such as vehicle navigation systems, motion controllers, and electronic control units.

Working Principle

The 416F24013CDR uses electrical signals to create an oscillating frequency. When an electrical current is passed through the quartz crystal, the electrons in the crystal will experience an acceleration within an electric field, thus creating a vibration. As the electrons accelerate, they are deflected in the opposite direction of the electromagnetic field. This creates a vibrational frequency which then resonates at the given frequency of 24 to 2 MHz. The current is then periodically interrupted so that the resonance will occur with a consistent frequency.

Conclusion

The 416F24013CDR is a low-frequency quartz crystal resonator with a wide range of applications, most notably in the communication, medical, industrial, and automotive industries. It is designed to operate at frequencies of 24 to 2 MHz and works by creating an oscillating frequency from electrical signals. The current is then periodically interrupted to maintain consistent resonance. The 416F24013CDR is a reliable and efficient way to create frequencies for various devices and applications.