Other Applications Power Design & Validation Test Solutions
Support product development, engineering validation, compliance verification, and performance testing across a broad range of power conversion and electronic applications.
Power Design and Validation Testing
Modern electronic products demand reliable, efficient, and repeatable power validation throughout the development lifecycle. Caltest provides advanced power design and validation solutions that support engineering teams from concept development and prototype evaluation through qualification, compliance verification, and production testing.
Our test platforms help manufacturers assess electrical performance, efficiency, reliability, power quality, safety, and operational stability across diverse applications including semiconductor devices, commercial appliances, HVAC systems, medical equipment, lighting technologies, industrial automation, motor drives, power supplies, and UPS platforms. By recreating real-world operating conditions in controlled laboratory environments, Caltest enables faster development cycles while reducing validation risk and improving product confidence.
Explore Solutions by Segment
Semiconductor Industry
Semiconductor devices require highly accurate and repeatable electrical test environments throughout development, qualification, and production. Caltest solutions support characterization, switching analysis, thermal performance evaluation, efficiency verification, burn-in testing, stress testing, and voltage immunity assessment. Engineering teams can simulate operating conditions, verify device behaviour under varying electrical parameters, and validate compliance requirements such as SEMI F47 voltage sag immunity standards. These capabilities help improve product reliability while accelerating validation and qualification processes.
Appliances, HVAC
Commercial appliances, HVAC systems, and consumer products must operate reliably across varying utility conditions and installation environments. Caltest solutions enable manufacturers to simulate voltage fluctuations, power transients, frequency variations, and dynamic load conditions to evaluate product performance, energy efficiency, reliability, and regulatory compliance. Testing under realistic operating scenarios helps identify design issues early and supports safe, consistent operation before products reach the market.
Medical, Lighting
Medical equipment and lighting systems require stable and predictable power performance to ensure reliability and operational safety. Caltest solutions support validation of medical imaging systems, diagnostic equipment, LED lighting products, drivers, and power conversion systems by reproducing real-world electrical disturbances including voltage fluctuations, sags, surges, dimming cycles, and transient events. These testing capabilities help engineering teams evaluate power supply stability, immunity performance, operational reliability, and long-term product durability under controlled conditions.
Industrial
Industrial automation systems, motor drives, manufacturing equipment, and control platforms often operate in demanding electrical environments where power quality directly impacts performance and reliability. Caltest solutions simulate voltage sags, harmonics, surges, fluctuating loads, and dynamic operating conditions to validate system behaviour, efficiency, protection functionality, and long-term reliability. Regenerative and bidirectional test platforms also support motor drive applications where energy recovery and back-EMF management are critical during development and validation activities.
Power Supplies, UPS
Power supplies and UPS platforms require comprehensive validation across multiple operating conditions to ensure stable performance and reliable backup operation. Caltest solutions enable testing of load regulation, efficiency, transient response, battery transfer performance, overload protection, burn-in operation, and inverter behaviour. By simulating voltage sags, surges, harmonics, frequency variations, step-load events, and no-load to full-load transitions, engineering teams can evaluate overall system stability and verify performance under realistic operating conditions.
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Featured Resources
Curious about how to use our solutions? Explore our resources tailored to power electronics testing and validation.