Concilium provides advanced tools and systems for continuous spectrum analysis, signal detection and RF environment mapping. These solutions are critical for monitoring communication networks, detecting unknown or interfering signals and supporting mission-critical operations in dynamic RF environments.

From product development and validation to manufacturing and production testing.

We offer a range of AC power supply solutions designed to deliver reliable, programmable power for testing, validation, and production environments. Available in Essential and Pro performance levels, these solutions provide flexible configuration options to meet a wide range of application, performance, and compliance testing requirements.

KEY BENEFITS

• Flexible AC and DC power generation, supports single-phase and three-phase testing with power levels from 500 VA to 18 kVA for development, manufacturing, and automated testing.
• Accurate power simulation, reproduces voltage, frequency, line disturbance, and power grid conditions to evaluate equipment under varying supply environments.
• Integrated measurement and analysis, combines power supply, multimeter, harmonic analyzer, and power analyzer capabilities in one instrument.
• Advanced avionics testing, supports frequencies from standard 400 Hz avionics testing up to 5 kHz for MIL-STD-704, RTCA DO-160, and emerging electric aircraft applications.
• Comprehensive DUT protection, overvoltage, overcurrent, overpower, and overtemperature protection help prevent damage during testing.
• Remote control and test automation, LAN, USB, LXI, optional GPIB, and remote software enable configuration, waveform monitoring, data capture, and automated test integration.

From everyday bench testing to advanced power simulation and specialised test applications.

We offer a range of DC power supply solutions designed to support research, development, validation, manufacturing, and service environments. Available in Essential, Advanced, Expert, and Pro performance levels, these solutions provide the flexibility, accuracy, and control required for a wide variety of power testing applications.

KEY BENEFITS

• Precise and stable DC power, delivers accurate voltage and current with low ripple and noise for sensitive circuits, mobile devices, and precision electronic testing.
• Flexible and scalable output, autoranging, multiple channels, series and parallel operation, and modular configurations support a wide range of voltage, current, and power requirements.
• Dynamic power simulation, programmable sequences, arbitrary waveforms, fast transient response, and high-speed digitisation reproduce changing operating conditions and capture device behaviour.
• Integrated measurement and analysis, built-in voltage, current, power, data-logging, and digitising capabilities reduce the need for additional measurement instruments.
• Automated test integration, remote control, multiple connectivity options, digital I/O, and high-speed command processing support development and high-throughput production testing.
• Specialised power emulation and energy recovery, dedicated solutions simulate batteries, photovoltaic arrays, mobile power conditions, and EV power systems, with regenerative capability available for efficient bidirectional testing.

Reliable power device testing with realistic load simulation across development, validation, and production environments.

We offer a range of DC electronic load solutions designed to accurately simulate real-world operating conditions for power supply, battery, and power conversion testing. Available in benchtop, automated test equipment (ATE), and modular configurations, these solutions can be tailored to meet specific performance, application, and testing requirements.

KEY BENEFITS

• Flexible operating modes, constant voltage, current, resistance, and power modes support controlled testing of power supplies, batteries, converters, fuel cells, and other DC sources.
• Accurate measurement and analysis, high-accuracy measurements and simultaneous voltage and current digitisation provide detailed insight into device performance.
• Dynamic load simulation, fast transient response, waveform generation, and programmable sequencing reproduce changing load conditions for comprehensive device validation.
• Scalable test capability, modular configurations support multichannel testing, while parallel operation scales high-power systems up to 192 kW.
• Regenerative energy recovery, returns up to 95% of absorbed energy to the grid, reducing energy consumption, heat generation, and cooling requirements.
• Efficient test operation, compact designs, waveform visualisation, remote control, data logging, and automated test integration streamline bench and production testing.

We provide three performance grades of SMUs — Essential, Expert, and Pro. Any of these can be built out based on features and performance you need.

KEY BENEFITS

• Integrated source and measurement capability, combines up to seven instruments in one unit, simplifying test setups and eliminating the need to synchronise multiple devices.
• Four-quadrant operation, sources and sinks both voltage and current for comprehensive characterisation of active and passive devices.
• High-precision measurements, up to 6.5-digit source resolution captures low-level signals with accuracy, repeatability, and reduced measurement uncertainty.
• Fast and pulsed testing, high-speed sampling and pulsed measurements capture rapid transients while limiting heat and power stress on sensitive devices.
• Flexible device characterisation, single- and dual-channel configurations, high-current output, and high-capacitance drive support semiconductor, battery, power electronics, and materials testing.
• Efficient analysis and automation, graphical data views, deep memory, built-in calculations, pass or fail limits, and remote connectivity streamline extended and automated testing.