Rhythm and energy are the forces that move and drive the world. Our world at Jauch is particularly influenced by these impulses. Frequency control products and battery solutions determine our everyday life and give us rhythm and energy every day. Above all, our employees are the factors which make Jauch a very special company.
In our blog we will take you on a journey through our products, employees and the Jauch corporate culture to give you exciting insights behind the scenes of the Jauch Group. We look forward to sharing with you!
In minimally invasive interventions, it is very important to work as accurately as possible. The motorized arm for the positioning and holding of medical equipment from the Austrian company Interventional Systems (INS) supports doctors during these interventions. Powered by a Jauch battery, it makes positioning and repositioning instruments easier than ever while keeping them steady.
In developing an electronic assembly, one of the steps involved includes choosing the appropriate frequency control product. The basic question at the outset is whether to install a quartz crystal or an oscillator. To reach the right decision, several parameters need to be considered. These include the many different requirements of the application, the device,
For several years now the term ‘Internet of Things’ has been in common parlance. Devices that are part of the ‘IoT’ can communicate with each other wirelessly. This is generally achieved using current standards such as WiFi, Bluetooth, Zigbee, and 5G. The Internet of Things also changes the requirements placed on the devices themselves. Today
There was recently a post on this blog regarding our 3D printer used for making samples and prototypes. The 3D printer allows both our customers and us to enjoy speed and flexibility in various process steps. For instance, this is true for the start-up Steasy®: We printed a mount designed to hold the start-up’s custom
Each application has a tolerance budget in terms of frequency deviation that must be adhered to even in the worst case scenario in order to ensure that the application functions. Developers must therefore be aware of all factors that can lead to frequency deviations. The sum of all worst-case scenarios of these factors must not
A new machine is improving our sample and prototype construction in Villingen-Schwenningen – although calling it a ‘machine’ may be stretching it 😊. Instead, what we have is a 3D printer, which brings a number of advantages: both our customers and our own in-house staff now benefit from greater speed and flexibility when it comes
Founded in October – and on the market within just six months: Start-up XSPECTER has its T-CROW XRII to thank for this success. The product behind this futuristic name is a special tripod for thermal imaging and night vision cameras. The product: A controllable 3D-printed camera tripod The T-CROW XRII is a controllable camera tripod
In the development of battery packs, the focus is often only on technical development. However, this alone does not go far enough. After all, new batteries require various certifications so that they can be placed on the market in compliance with the law. Worldwide, there is a multitude of different rules and regulations concerning the
There are various certifications that are relevant when dealing with batteries. On the one hand, this includes the UN38.3 transport test, which concerns the transport safety of lithium batteries. This test is a must as soon as batteries are shipped. On the other hand, there are certifications that, although not mandatory, confirm the safety of
In the consumer sector, the decision for the right battery is made quickly. There are standard batteries which fit in consumer applications. However, in the industrial or medical technology sector, the situation is different. For these applications, “off-the-shelf” batteries are often not suitable. There are special requirements concerning safety or space. The solution: individually developed
When developing battery packs, the question arises as to which safety system the pack should be equipped with. Is a Protection Circuit Module (PCM) sufficient? Or should a Battery Management System (BMS) be integrated? What are the differences between the mechanisms? And what advantages and functions does which protection mechanism offer? The answer here, as
Charging Process: Lithium-batteries are charged with constant current until a voltage of 4.2 V is reached at the cells. Next, the voltage is kept constant, and charging continues for a certain time. The charger then switches off further charging either after a preset time or when a minimum current is reached. In the rare event
What special features are there to consider when designing-in a lithium polymer cell? An important point, according to battery expert Dr Jürgen Heydecke, is certainly the so-called “swelling”, the natural swelling of a lithium polymer cell in a fully charged state and over cycles. A fully charged cell is thicker than a discharged one. During
Everybody knows the emergency number for the fire department. And probably everyone hopes they are never forced to dial it. But in fact, this happens more often than you might think. This is shown by current statistics from the German Fire Brigade Association. According to these, the fire department was called out around 700 times
Lithium-ion and lithium-polymer batteries currently set the standards in the battery market in terms of performance, cell voltage and service life. While lithium ion batteries are thought to power the vast majority of our cars in the future, lithium polymer batteries are already supplying power to our mobile phones and laptops today. Both cell types
Many engineers do not spend much thought on quartz crystals while designing their oscillator circuit. For them, it is a standard feature that will work anyway. In fact, it’s not that simple. The oscillator circuit sets the heartbeat of the application and requires a careful matching between the quartz crystal and its other components. Otherwise
Fishing is one of the most relaxed hobbies you can imagine. Just cast out your line and hope a fish will take the hook. Sometimes however, the angler’s patience is not rewarded and he has to return home without having caught anything. If you want to avoid this disappointment and don’t want to rely on
A fast and smooth data transmission is critical in today’s world. Network and server systems are designed to process and forward information at lightning fast speeds. To achieve this, many of these applications depend on frequencies in the three-digit megahertz (MHz) range. Such high frequencies cannot be generated with an AT-crystal in the fundamental tone.
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
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
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
The tuning fork crystal as it is used in watches is something like the “classic” among the quartz crystals. Its frequency is always exactly 32.768 kHz. But why this value? The answer to this question can be found in the history of quartz crystals. Bell Telephone Laboratories, the former research department of today’s telecommunications group
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Frequency Control Components: 0049 77 20 / 9 45-322
Battery Technology: 0049 77 20 / 9 45-323
Corporate Headquarters: 0049 77 20 / 9 45-0
Jauch Quartz GmbH
In der Lache 24
78056 Villingen-Schwenningen
Germany