416F26022IKR Crystals, Oscillators, Resonators

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Crystals

Crystals are materials that have their atoms arranged in an ordered structure. From the macroscopic point of view, they are characterized by their symmetry, in other words, they can repeat their structure throughout their faces, edges, and corners. Crystals form a major part of common materials made up of atoms, both organic and inorganic. Inorganic crystals are usually classified according to their structure and composition.

416F26022IKR Application Field and Working Principle
416F26022IKR is a type of crystal resonator from Bourns. It has a cutting-edge low-profile package design, and its advanced manufacturing process ensures productivity and reliability. The 416F26022IKR crystal resonator has a wide temperature range of -40°C to +85°C, and a low drive level of 20mW for superior protection in applications.

The 416F26022IKR is an ultra-miniature SMD resonator, mainly used in mobile electronic devices such as Bluetooth and Wi-Fi devices, computers and digital cameras. The 416F26022IKR device works on the principle of LC Resonance: a simple yet efficient way to generate an oscillation signal. This principle consists of two coupled elements: an inductor and a capacitor. The oscillation occurs when both elements are connected in a electrical circuit and the inductance and capacitance are equivalent.

The 416F26022IKR also has a very low operating voltage of 2.2V, which ensures that its use in modern applications is very power efficient. The device also has excellent ESR and frequency stability characteristics, which contribute to the precise timing functions required in such applications.

Finally, the 416F26022IKR has a wide range of features that make it an excellent choice for application in modern electronics. Its superior frequency stability, low drive level and low operating voltage make it ideal for use in applications requiring precise timing and protection from interference. These features make the 416F26022IKR an excellent choice for various consumer electronics, as well as telecommunications, industrial, and medical applications.

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