News & Insights

System integrators, panel builders, procurement teams, and electrical engineers rarely lose an RFQ because they cannot find any heat sink.They lose it when the thermal part is treated too late: the profile does not match the real mounting space, the finish is not aligned with the environment, machining comes too late, or the heat sink… Read More »

When a medical device OEM needed to scale production of a next-generation surgical console, they faced a familiar bottleneck: precision-machined aluminum components—enclosures, brackets, and fluidics manifolds. Which coming from multiple suppliers, each with different quality standards, inconsistent lead times, and a communication gap between machining and final assembly. The result was rework, delayed certifications, and… Read More »

System integrators, panel builders, and procurement teams rarely fail because they lack a good product. They lose time—and market opportunities—when documentation, certification, sampling, and supply chain alignment are not coordinated across regions. TPS  global sales partner electronics approach is built to reduce that risk: structured support from production readiness through CE marking, RoHS compliance, cost… Read More »

System integrators, panel builders, procurement teams and electrical engineers rarely lose a project because nobody can source a bnc connector or sma connector. They lose time when cable assemblies are fragmented: one supplier terminates coaxial cables, another handles fiber optics, tolerances are interpreted differently, and system integration only discovers impedance mismatch, insertion loss, or mechanical… Read More »

System integrators, panel builders, and procurement teams rarely fail because they lack a product design. They lose time—and budget—when electromagnetic compatibility issues surface during formal compliance testing, forcing costly redesigns and delaying market entry.TPS Elektronik’s EMC laboratory services are built to reduce that risk: pre-compliance testing for conducted and radiated emissions, immunity testing, shielding evaluation,… Read More »

Selecting a programmable DC power supply for automated test equipment requires more than matching voltage and current ratings. This guide covers ATE power supply form factors, Ethernet and GPIB interfaces, programming performance, power density, remote sensing, thermal management, EMC, and rack integration.

Selecting a DIN rail power supply involves more than output voltage and wattage. This guide examines efficiency, thermal behavior, PFC, isolation, peak-load capability, approvals, and installation considerations for the TPS-DR Series.

TPS desktop programmable DC power supplies combine SELV-range output, precise current control, low ripple and noise, remote sensing, programmable protection functions, and flexible USB, Ethernet, SCPI, and analog integration for laboratory and automated component testing.

High inrush current from power supplies, capacitive loads, and transformers can cause nuisance tripping during system startup. The TPS AC Inrush Current Limiter provides DIN-rail-mounted startup current limiting with an integrated bypass relay and 12 A, 16 A, and 25 A current classes for industrial panel applications.