System integrators, panel builders, and procurement teams in factory automation rarely lose production time because the PLC logic is wrong. They lose it when the 24V control bus dips below the PLC’s input tolerance during a motor start, when a contactor drop-out resets an I/O rack, or when a long cable run introduces enough voltage… Read More »

System integrators, panel builders, and procurement teams in heavy equipment rarely fail because they lack a control concept. They lose time—and budget—when the power supply overheats in an undersized compartment, when cable ducts cannot carry the required fill. Or when the cabinet frame flexes during transport and the door no longer seals.TPS Elektronik’s custom sheet… Read More »

System integrators, panel builders, and procurement teams in power electronics rarely fail because they lack a transformer design. They lose time—and margin—when leakage inductance in a small DC-DC transformer produces switch-node voltage spikes, ringing, and radiated emissions that only surface at full load or during EMC testing.TPS Elektronik’s custom electromagnetic coils and winding goods built… Read More »

For system integrators, panel builders, and engineering-driven procurement teams, selecting a laboratory power supply is not only about voltage and current ratings. It also involves output ripple, load regulation, transient response, remote control capability, and whether the supply can deliver stable, repeatable power for measurements where a millivolt of noise corrupts the result. The EA-PS… Read More »

For system integrators, panel builders, and engineering-driven procurement teams, selecting a power supply for EV battery testing is not only about wattage. It also involves bidirectional energy flow, regenerative efficiency, autoranging output flexibility, and whether the system can recover discharged energy instead of dissipating it as heat—a factor that directly determines operating cost in high-volume… Read More »

Battery testing sits at the center of every stage of the modern energy transition, from cell development and module validation to pack production, EOL verification, and second-life recovery. Yet for years, the equipment used to perform that testing has been stuck in an inefficient paradigm. A conventional regenerative battery tester was once a niche product;… Read More »

For battery test, cell formation, and energy-recovery equipment, the power stage must do more than meet a nominal voltage and wattage. It must move energy reliably in both directions, interact cleanly with the three-phase grid, respond predictably under automation, and fit the thermal and mechanical limits of the cabinet. The TPS-BM9014KTIF 90 V bidirectional power… Read More »

System integrators, panel builders, and procurement teams in motion control rarely fail because they lack a servo drive or a motor specification. They lose time—and positioning accuracy—when encoder feedback signals are corrupted by electrical noise, when cables fail in continuous-flexing drag chain applications, or when connector pinouts do not match between the drive and motor.TPS… Read More »

System integrators, panel builders, and procurement teams in building automation rarely fail because they lack a control system design. They lose time—and operating budget—when the DIN rail power supply in a smart building control cabinet consumes more energy in no-load and part-load conditions than the entire control system it powers.TPS Elektronik’s DIN rail power supply… Read More »