416F27111AAT

416F27111AAT Application Field and Working Principle

The 416F27111AAT is a highly specialized crystal quartz resonator. It is a diameter of 2.5mm×1.2mm and has a load capacitance of 28pF and drive level of 0.5mW. It is used in various applications primarily because of its suitable range of center clock frequency, ranging from 6 MHz to 54 MHz, and its excellent stability.

Application Fields

The 416F27111AAT is widely used in digital and analog applications, such as in communication equipment, digital home media, personal digital assistants (PDAs), medical equipment, GPS systems, DVD players, color TVs, digital cameras, camcorders, digital video cameras, automotive electronics, and personal computers. It is a reliable and cost-effective clock generator.

Working Principle

The 416F27111AAT is based on a quartz crystal resonator which is cut into a desired shape and given a specific size to achieve a desired frequency. The design of the 416F27111AAT is based on the principle of piezoelectricity which states that a voltage created through pressure applied to a material will cause that material to vibrate. Quartz is unique in that it has a strong x-axis and y-axis polarization and can generate a considerable mechanical displacement of its boundary by an applied electric field. The quartz crystal resonator is made up of compounds of quartz with other materials that creates the electrical and acoustic properties of this crystal.

The 416F27111AAT uses a very precise oscillation from the quartz crystal that is shaped in a certain way to resonate at a certain frequency. This crystal oscillator is placed in a resonator, connected to an oscillator circuit, and then within an amplifier to create a high-frequency electric current. The resonator is placed in the oscillator circuit to increase its oscillating frequency, and the amplifier is used to generate a strong electrical signal.

The 416F27111AAT is a highly specialized crystal quartz resonator that has a wide range of uses because of its compact size and excellent stability. It operates on the principle of piezoelectricity, and its design incorporates advanced resonator techniques to achieve a desired frequency. With its unique benefits, it is widely used in communication equipment and various digital and analog applications.