416F27133CAT

416F27133CAT Application Field and Working Principle

The application field of 416F27133CAT crystal is mainly in mobile communication circuit, radio systems, and computer peripheral devices. It is used as an oscillator circuit for frequency synthesizers or as a temperature control device in temperature control precision circuit. The 416F27133CAT crystal is an electro-mechanical tuning magnetoelectric transducer from the AT-cut lef material with a high accuracy frequency.

The working principle of 416F27133CAT crystal is based on a physical property known as piezo-electricity. This property is the ability of certain materials to convert energy into electricity when subjected to mechanical strain or pressure. When a mechanical force is applied to a piezoelectric material, the material will produce an electric field. This electric field can be harnessed to produce a precise frequency signal.

The 416F27133CAT crystal is designed with a high-precision frequency generation rate to provide more stable performance. It utilizes a tiny rubber membrane between two plates with electrodes to form a cavity. When the electrodes are fed an alternating voltage, the proportion of the generated frequency is determined by the formed cavity size and the size of the rubber membrane. The silicon dioxide compensating layer is then used to ensure the stability of the generated frequency.

In addition, the 416F27133CAT crystal has excellent vibration resistance through its unique electro-mechanical construction. The high precision crystal structure is also designed to reduce power consumption and noise. The low power consumption make them ideal for battery-operated electronics, such as phone and radio systems.

In conclusion, the 416F27133CAT crystal is an electro-mechanical tuning magnetoelectric transducer designed to provide more stable performance with low power consumption. It is mainly used in mobile communication circuits, radio systems, and computer peripheral devices, and can be used as an oscillator circuit for frequency synthesizers or as a temperature control device. Its unique design allows it to generate a precise frequency signal when a mechanical force is applied, and its vibration resistance ensures stability and reliability in its operation.