416F360XXAKR

416F360XXAKR Application Field and Working Principle

416F360XXAKR crystals are quartz crystal devices used for signal frequency control and signal sharing in various types of electronic equipment. These devices are designed to produce, receive, and measure frequency signals within a given operating range. Their applications include but are not limited to providing frequency control in consumer electronics, providing timing and synchronization signals for communication and industrial automation systems, and providing radio frequency signals in radios and other wireless equipment.

The 416F360XXAKR crystal consists of two quartz plates with a thin strip of metal applied between them, forming two plates of the same size and shape with a gap between them. The gap between the two plates is filled with a low-dielectric liquid, commonly known as the “spacer”, which serves to hold the two plates together and also to insulate and protect the delicate surface of the quartz plate from physical damage.

The operating principle of the 416F360XXAKR crystal can be understood by considering how two identical plates of quartz with a thin metal strip between them would respond when a high-frequency electrical signal is applied. When the signal is applied, the electrons in the metal strip will travel through the crystal in both directions, causing the quartz plates to vibrate at the same frequency. This vibration is then amplified and converted into a high-frequency electrical signal of the desired frequency.

The 416F360XXAKR crystal is a highly accurate and stable reference frequency source which has a wide range of uses in electronic devices due to its high precision, low power consumption, and small size. This device can be used to accurately generate and measure frequency signals of different frequencies and waveforms. It is also used to maintain and tune the frequency of oscillators and other frequency control circuits.

The 416F360XXAKR crystal is a highly reliable and well-designed device, and its use in various types of electronic equipment is increasing worldwide. It offers superior performance with high precision and stability, along with low power consumption. Its small size and its ability to generate precise and accurate frequency signals make it an ideal choice for many applications.