Product

For BoFu buyers, a 6U 19-inch chassis is not only a metal housing. It is the mechanical baseline that determines whether power supplies, programmable DC devices, control electronics, wiring, cooling and service access can be integrated without late-stage rework. The TPS 6U chassis is designed for standard 482.6 mm rack integration with a 6U height… Read More »

For system integrators, panel builders, and electrical engineers, the control cabinet is prime real estate. Every millimeter of DIN rail space is heavily contested by PLCs, relays, contactors, and motor drives. In these high-density environments, selecting the right industrial DIN rail power supply is not just a matter of matching voltage and wattage—it is a… Read More »

For system integrators, test engineers, and procurement teams building Automated Test Equipment (ATE), rack space is a premium commodity. Every unit of rack height (U) dedicated to power delivery is space taken away from measurement instruments, switching matrices, or the Device Under Test (DUT) itself. Furthermore, modern testing protocols require power supplies that are not… Read More »

Modern labs need a 1U programmable DC power supply for 19-inch rack-mount systems. You can use it for prototype validation. Control it via USB or Ethernet. Core technologies include auto-ranging, active discharge, and isolated hybrid interfaces. This article explores these features. It helps you distinguish a true benchtop power supply from a typical DC power… Read More »

For system integrators, panel builders, procurement teams, and electrical engineers, the real question is not whether a 42U cabinet exists on the market. The real question is whether the cabinet can reduce integration risk, support safety expectations, simplify installation, and arrive with the documentation and engineering support required to move an RFQ toward approval. View… Read More »

For system integrators, panel builders, and engineering-driven procurement teams, rack space in data centers and automated testing facilities is a premium asset. Every inch of a 19-inch rack translates directly to operational costs, thermal management challenges, and facility footprint. Historically, achieving high wattage output required bulky, heavy power supplies that consumed multiple rack units (3U,… Read More »

For system integrators, panel builders, and electrical engineers designing advanced battery testing or energy storage systems, managing power efficiency is a critical challenge. Traditional testing setups waste massive amounts of energy as heat. This is where a bidirectional power supply changes the paradigm. By combining a DC power supply and an electronic load into a… Read More »

You step into an elevator. The doors seal. The car rises. You scroll your phone — full bars. At the next intersection, the traffic light turns green exactly when it should. None of this feels remarkable. It feels effortless, because the infrastructure beneath it was designed to be invisible. Bolted inside a grey cabinet on… Read More »

For system integrators, panel builders, procurement teams, and electrical engineers, the real question is not whether a bidirectional module exists. The real question is whether the selected module will reduce RFQ risk, simplify cabinet integration, support battery formation and aging workflows, and give the project team a supplier that can discuss the full solution instead… Read More »