How do you choose the right AC power supply for your application?

Is an AC power supply used for network simulation, for testing according to certain standards or simply as a 115Vac / 60 Hz power supply? Depending on the application and the Device Under Test (DUT), there are many more specifications that you need to pay attention to when selecting a suitable AC power supply. Think of, for example, high inrush currents. Is there an inductive or capacitive load? Do the products also need to be tested according to worldwide network specifications and which networks are encountered? During the interactive presentation by André Handgraaf of TT&MS This topic will be discussed in detail on Thursday 10 June at 1:00 PM. To register for this TT&MS webinar, click here.

Why Selecting the Right Capacitors in Power Applications is Critical
In power electronics, most of the design attention is given to the active components. The passive components are neglected, while these are the components that determine the lifespan of an electronic unit. Whether they are used as a filter, in the intermediate circuit or as the main energy storage: capacitors are one of the important components of any design. In this presentation, we will show you Alexander Schedlock on behalf of Heynen Different capacitor technologies – and often overlooked problems - to see.

On Tuesday 8 June, Heynen's webinar can be viewed from 10:30 am. Register here On.

Advanced battery testing and emulation
How can you easily perform battery testing, generate battery models, and perform battery emulation? A battery profiler is ideal for this. This indispensable tool ensures that the user gets the most accurate battery life prediction models tailored to their devices and operating scenarios. There are many advantages to using a battery emulator instead of a real battery. An emulator helps to create a safer testing environment and allows for validation of the different operating modes of the device. The cycling function has the flexibility to allow you to create a custom sequence of charging, resting, and discharging a battery. On Wednesday, June 9 at 9:30 am, Ervin Mile will explain the possibilities of emulators on behalf of Acal BFI.
Click here to sign up for a free visit.

What is the added value of thermal interface materials?
Air has poor thermal conductivity, which is why thermal interface material is often used to enable good and reliable heat transfer. Thermal conductivity, thermal conduction or heat conduction coefficient is a material constant that indicates how well the material conducts heat, and is used in Fourier's law (heat transfer by conduction). The selection, calculation methods and measurement methods of these materials are discussed in more detail. Norbert Engelberts provides on behalf of Thal Electronics on Wednesday June 8 at 3:00 PM this presentation.
If you don't want to miss this webinar, you can register via this link to register.

Superior dynamic behavior of the isolated series resonant converter using Bidirectional Charge Control
Not only is the demand for isolated DC/DC converters increasing. The required complexity of the converters is also increasing. Bidirectional power transfer, soft switching and dynamic are some examples of increasing demand. Bidirectional Charge Control is a control method that predicts the charge movement in the converter and realizes it in a series-resonant converter. In addition, Bidirectional Charge Control facilitates all the above-mentioned, complex requirements that are requested from the industry. Remco Bonten from TU/e will delve deeper into this subject on Friday 10 June at 11:30 am.
Registration is possible via this link.