Pre-compliance testing helps identify potential EMC problems before formal certification testing.
Measure unwanted RF noise generated by the product and conducted onto AC or DC power lines.
Identify electromagnetic radiation from PCBs, processors, clocks, switching power supplies, and enclosures.
Evaluate product susceptibility to electrostatic discharge during product development phases.
Evaluate immunity to fast electrical transients and transient overvoltages from switching and lightning.
Expose products to controlled RF electromagnetic fields and inject RF disturbances onto cables.
Evaluate equipment behavior and resilience during supply voltage reductions and short interruptions.
We configure fully integrated test systems tailored to your engineering and pre-compliance requirements.
Configure conducted-emissions test setups for engineering and pre-compliance applications.
Complete equipment and system solutions for radiated-emissions measurements.
Accurate far-field and near-field radiated emission profiling. Designed to integrate seamlessly with pre-compliance testing environments and custom laboratory layouts across ANZ.
Configure comprehensive EMC immunity systems for ESD, EFT, Surge, and RF Immunity.
ESD simulators, calibration targets, EFT/burst generators, and capacitive coupling clamps.
Combination wave generators, coupling/decoupling networks, and voltage interruption controllers.
Signal generators, power amplifiers, directional couplers, CDNs, and EM injection clamps.
Equipment for power-quality-related EMC measurements and grid disturbance analysis.
Advanced enclosures and shielding for precise emissions and immunity investigations.
Controlled environments for emissions and immunity work without full chamber footprint.
Semi-anechoic, fully anechoic rooms, shielded enclosures, RF absorbers and filter integration.
Designed for R&D labs that need localized pre-compliance testing benches.
Supporting engineering teams working with demanding EMC environments and rigorous military/automotive standards.
Military & High-Reliability Standards
C-PRAV supports engineering teams working with rigorous defence specifications, helping identify appropriate test equipment and system architectures for system-level EMC.
• Conducted & Radiated Susceptibility
• Bulk Current Injection (BCI)
• Transient & ESD Testing
• System-level EMC Architecture
EVs, Chargers & Control Modules
Specialized EMC engineering support for electric vehicles, battery systems, charging infrastructure, industrial vehicles, and electronic control modules.
• EV Powertrain & Chargers
• BCI & Conducted Immunity
• Load-Dump & Transients
• Supply Disturbances Testing
Whether you are establishing a new EMC laboratory, upgrading an existing facility, or building a pre-compliance test bench, C-PRAV supplies industry-leading instrumentation.
Empowering electronics engineers, R&D teams, and university researchers across Australia and New Zealand with practical knowledge to design, test, and troubleshoot compliant hardware.
Comprehensive grounding in electromagnetic compatibility principles, regulatory frameworks, CISPR/IEC standards, and emission/immunity classifications for commercial and industrial products.
Learn how to set up and operate spectrum analysers, EMI receivers, LISNs, and antennas for accurate in-house pre-compliance testing and risk mitigation.
Hands-on workshop focusing on locating EMI sources on PCBs and cables using near-field probes, current clamps, and spectrum analysers to apply quick engineering fixes.
C-PRAV can deliver tailored on-site training workshops directly at your engineering facility in Australia or New Zealand, customized around your specific product architecture and test benches.
Tell us what you are testing. Our engineers can help you determine what equipment you need.