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#askLorandt explains the difference between standard and high frequency chip bead ferrites according to the layer structure.
#askLorandt explains the Chip Bead Ferrite Selection for an DC/DC Converter considering the DC pre-magnetization.
SMT Spacers from Wurth Electronic significantly optimize the assembly process of electromechanical units. Mounting conventional spacers takes a lot of time, SMT Spacers are tailor-made for full automation.
The WE-MCRI is an innovative molded coupled inductor with fully automated bifilar winding process. It offers an almost ideal coupling coefficient up to 0.995.
@askLorandt explains the features of the THR Terminal Blocks.
Lorandt explains different MagI³C Power Module evaluation boards.
Lorandt uses the Design Your EMC filter kit to explain how the common mode choke, the X-capacitor and the Y-capacitor work. He also explains step by step how to build up a line filter for a noise frequency at 200 kHz.
Lorandt explains and shows you the unboxing of the Wireless Power Transfer Design Kit.
Lorandt explains a 100 W Wireless Power Transfer Experiment and talks about WPT Coils and their characteristics.
Lorandt explains the influence of an applied voltage on ceramic filter capacitors of a LC-filter with two different filter boards. For this purpose various dielectrics are compared and the insertion loss of the filters is shown at different voltages.
Lorandt explains the inrush current measuring for a DC/DC converter.
Lorandt uses a simple LC-filter simulation to explain the influence of the parasitic effects of a real capacitor. The voltage-dependence of capacitance is also considered (DC-bias).
Lorandt explains the functions of MagI³C LDHM Power Module for LEDs.
Lorandt explains hints on how to measure the switching frequency and output ripple voltage dependency of the switching frequency.
Lorandt explains MagI³C Power Modules as a solution for Step-down conversion from 24 V to 5 V.
Lorandt explains the influence of the ESR on the voltage ripple at the output of a buck converter. For this purpose, he measures the output voltage of three identically constructed buck converters.
Lorandt explains the impedance characteristics with DC-Bias load at chip bead ferrites.
The WE-CMBNC is a VDE certified series of common mode chokes with a highly permeable nanocrystalline core material. The outstanding characteristics are particularly broad-band attenuation with a small size, high rated currents and low DC resistance.
Würth Elektronik eiSos REDFIT IDC is a solderless reversible direct plug-in connector with SKEDD technology and insulation displacement connection. The SKEDD contacts are plugged directly into the plated through-holes of a PCB.
WIRELESS POWER TRANSFER COILS WE-WPCC offer the best performance with highest Q-factor and lowest RDC values. Standardized coils, according to Wireless Power Consortium (WPC), and other off-the-shelf components from 50 mW to 200 W are available.
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