416F40013ADT

416F40013ADT Application Field and Working Principle

416F40013ADT is a small package surface mount crystal oscillator. It is typically used in applications requiring very high frequency stability and accuracy. It is suitable for use in applications such as digital communications systems, network infrastructure, test & measurement equipment, mobile handsets, embedded systems, and automotive applications.

The 416F40013ADT is available in 3rd overtone and fundamental modes, as well as two different frequencies of 16.368MHz and 33.868MHz. It can operate from a supply voltage of 3.3V, with a maximum current consumption of 2 mA. It provides an output frequency tolerance of ±50ppm, a supply voltage of ±19%, and a temperature range of -20 to +70°C. In addition, it has an acceptable load capacitance of up to 15pF.

Working Principle

The 416F40013ADT crystal oscillator is based on the thickness-shear mode of operation. In this mode of operation, the crystal is mounted directly onto the metallic ground plane. This provides a stable base and allows the crystal to vibrate in its thickness-shear mode. In this mode, a small alternating electrical field is generated in the crystal, which causes the plate of the crystal to move. Since this motion is repeated in the crystal, a continuous clock signal is generated which can then be easily tapped off by the external circuitry.

The 416F40013ADT crystal oscillator is designed for high accuracy and stability in a range of demanding applications. It is manufactured with a low ESR and an optimized frequency versus capacitance curve, enabling it to achieve very high frequency stability and accuracy. Additionally, the crystal is able to tolerate high environmental temperature variations, making it suitable for a variety of industrial applications.

Conclusion

The 416F40013ADT crystal oscillator is a high-performance crystal oscillator that provides excellent accuracy and stability in a wide range of applications. It is based on the thickness-shear mode of operation, and is capable of withstanding extreme temperature variations. In addition, it is capable of accommodating a wide range of load capacitances, making it an ideal choice for a variety of industrial and communications applications.