416F27013IAT

416F27013IAT Application Field and Working Principle

Crystals are devices used across many industries and mechanical applications. The 416F27013IAT is an example of a miniature crystal oscillator. It is a frequency-controlled timing component in the form of a miniature crystal package. As such, it is capable of providing very precise and reliable frequency control, suitable for the highest requirements.

The 416F27013IAT is a surface-mount, 4-pad component, designed for use in high frequency, low-power applications. It is designed for use in a variety of applications such as computers, telecommunications, and medical electronics. It has various frequency options, from 10 MHz to 39.999 MHz, as well as various package options.

The 416F27013IAT works by passing a precise frequency signal through a tiny quartz crystal. The crystal vibrates at a precise frequency and the signal is then passed along to other components. This frequency can be used to control a variety of computer components, such as the processor speed, or to generate a precise clock signal. This allows for very precise and reliable control of a circuit’s timing.

The 416F27013IAT is manufactured by Maxim Integrated, and is a low-cost, high-performance device. It is RoHS compliant, and the package options are available in tape and reel for automated assembly. The device offers package options such as 14-pin plastic quad flat packages, 7-mm x 5-mm ceramic packages, and 8-pin dual-row, surfacemount plastic packages.

In summary, the 416F27013IAT is a surface-mount, miniature crystal oscillator, offering precise and reliable frequency control in highfrequency, low-power applications. Its features, such as RoHS compliance and package options, make it suitable for a variety of industries and mechanical applications. Its simple working principle, based on passing a precise frequency signal through a tiny quartz crystal, makes it an ideal choice for a wide range of timing purposes.