News & Insights

System integrators, panel builders, and procurement teams rarely fail because they lack a product design. They lose time—and budget. When the individual power supplies, PDUs, cabling, and enclosures for a complex 19‑inch rack arrive from different vendors, and nobody has taken responsibility for the electrical integration. Incompatible connectors, mismatched grounding strategies. And unclear test documentation… Read More »

System integrators and panel builders rarely fail because they lack a power supply. They lose time when the standard 1.8-meter AC power cord that ships with every instrument creates a tangled mess behind the rack. Custom rack configurations require specific lengths to reach vertically mounted PDUs. Standard black cables make circuit tracing a nightmare. And… Read More »

System integrators and panel builders working on high-frequency power converters face a persistent challenge. Magnetic components — transformers, inductors, and chokes — are rarely available off-the-shelf in the exact specification their design demands. A standard catalog part might meet the inductance value. But it almost certainly fails on core loss at the operating frequency. Or… Read More »

For system integrators and test engineers operating precision measurement labs, the workbench is not merely furniture. It is the physical foundation upon which sensitive instrumentation, power supplies, oscilloscopes, and signal analyzers are deployed. A workbench that fails to control electrostatic discharge, manage cable routing. Or support instrument mounting introduces measurement errors that compound across every… Read More »

For system integrators and panel builders working with high-power semiconductor modules, thermal management is not a secondary concern. It directly determines whether an IGBT inverter or a MOSFET-based motor drive survives its first thermal cycle or fails catastrophically in the field. When junction temperature exceeds the rated maximum — typically 150 °C for silicon IGBTs… Read More »

When designing an Electric vehicle transportation design or a Switching power supply design, engineers often face a critical challenge: how to accurately measure fast, high-frequency transient currents. Whether you are dealing with MOSFET switching spikes, inductor inrush currents, or PWM ripple, the right oscilloscope probe is essential. A standard current probe may not provide the… Read More »

Product Blog | TPS ELEKTRONIK | RFQ-oriented DIN rail power selection For system integrators, panel builders, procurement teams and electrical engineers, the decisive question is not whether a DIN rail power supply can be found. The decisive question is whether the selected 12V or 24V supply reduces RFQ risk in the real project: cabinet space,… Read More »

System integrators and panel builders rarely lose time because of product design alone. They lose time — and margin — when supply chains fragment during the pivotal transition from prototyping to series production. Sourcing a PCB from one vendor, an enclosure from a machine shop. And a custom wire harness from a third cable house… Read More »

For system integrators and panel builders, finding the right industrial power supply is rarely just about scrolling through an online catalog. A midwestern automation system integrator found itself in exactly this situation. They were finalizing a large control panel project that called for various DIN rail and programmable DC power supplies all at once. Their… Read More »