Like many things that have their roots in the Black Forest, the Jauch Quartz success story begins with clocks and watches: one of the biggest hits of the 1950s, along with wrist watches and longcase clocks, was the alarm clock in a metal case. After all, no one wanted to miss out on the economic

Natur-Quartz vor dunklem Hintergrund

Whether medical technology, telecommunications or consumer electronics, quartz crystals have established themselves as a precise frequency generator in all industries. When energized, the thin quartz disc oscillates at a steady rate and thus determines the heartbeat of the application. While this sounds simple, the matter is quite complex because quartz blanks are not all the

Smartwatch on a young woman's wrist

Right at the beginning of this article I have to make a confession: When I joined Jauch’s marketing team almost five months ago, I didn’t have the slightest idea about frequency components. I didn’t know what a quartz was, what it looked like or how it differed from an oscillator. Of course, this has now

Christian Büchler, Head of Technical Support at Jauch Quartz Germany

Basic tone crystals with high frequencies are in great demand, especially for wireless applications in the Internet of Things industry. More and more often we find devices communicating with each other and exchanging data via radio, for example via Bluetooth, ZigBee or ISM. All these radio standards use frequency bands in the three-digit megahertz or

Sized at just a few millimeters, quartz crystals are probably ranked highest among the inconspicuous electrical components. Although hardly any electronic application could operate without these components, even engineers often see them as a minuscule detail. However, Jauch’s support of the “GreenTeam” at the University of Stuttgart demonstrates the importance of quartz crystals in the