MCB Electronics
MCB Electronics – When Power Becomes the “Heartbeat” of Every Test
A Brief Introduction to MCB Electronics
MCB Electronics is an Italian manufacturer specializing in power systems designed for testing and industrial production. The company focuses on customizable power solutions, emphasizing stability, accuracy, and long-term operation in demanding test environments.
Thanks to this approach, MCB Electronics is widely used in various fields such as automotive and electric vehicles, household appliances, renewable energy, test laboratories, and automated production lines that require highly flexible power sources.
What Sets MCB Electronics Apart
High reliability during continuous operation.
Flexible adjustment of voltage, current, and frequency for different test conditions.
Designs optimized for laboratory use and automated test systems.
Compliance with the technical requirements of multiple industrial sectors.
Key Product Categories
AC power sources for grid simulation: Used to generate specific voltages and frequencies based on regional grid conditions or custom test profiles. Suitable for testing appliances, electronics, motors, and end-of-line quality control.
High-current generators: Provide large output currents for testing busbars, switchgear, motors, or applications that require sustained or short-term high current levels.
Programmable DC power supplies: Offer precise voltage and current control for laboratory work, automated systems, sensor testing, power modules, and various electronic devices.
Bidirectional DC power supplies with energy regeneration: Capable of sourcing and sinking power, returning absorbed energy back to the grid. Ideal for testing batteries, energy-storage systems, converters, and electric-drive components.
Control interfaces and system integration tools: Enable remote control and communication with measurement systems or automated test setups, supporting consistent and synchronized test workflows.
MCB Electronics in Real-World Applications
MCB Electronics products are commonly found in engine test benches, product verification lines, EV development labs, renewable-energy systems, and environmental chambers. Their stability and flexibility help shorten test times while ensuring reliable and accurate results.
