Your hardware is designed, built and proven in one lab. These are the instruments behind it, each in daily use for design validation, debugging and production verification.
Teledyne LeCroy oscilloscopes with high bandwidth and deep memory, so intermittent glitches and timing faults on your board are captured, not guessed at.
Keysight oscilloscopes with advanced triggering, used to pin down the exact event behind a fault in complex mixed-signal designs.
Spectrum analyzers, near-field probes, antennas, a LISN and open TEM cells, so emissions are found and fixed on the bench before your product goes to an accredited lab.
A turntable 3D radiation measurement system, so your antenna is measured in its real enclosure, not just simulated.
Fluke multimeters for fast, accurate measurements during bring-up and fault finding.
Keithley bench multimeters with laboratory-grade precision, used to verify precision analog and low-power designs against their specification.
Meters for temperature, humidity, airflow, pressure, CO2/CO and light, used to characterise the conditions your product works in and to validate sensor designs.
Flir thermal imagers that show where your board runs hot, so hot spots are fixed before they shorten its life.
Schaffner ESD simulators, so the ESD protection on your product is proven on the bench before certification.
A climatic chamber from -40°C to 150°C and 20 to 95% RH, so your board is proven across its full temperature and humidity range before it ships.
An IEC 61010-2-034 safety tester for checking insulation and electrical safety before formal certification.
A programmable AC power supply that generates surges, dips and disturbances, so mains-powered products are tested against the faults they will meet in the field.
An in-house pick-and-place machine, so your prototypes are assembled here and in your hands sooner.
JBC soldering stations and hot air for rework and fine-pitch assembly on prototype boards.
A JBC preheater for controlled rework of large and thermally heavy boards without damaging them.
Ultrasonic cleaners that remove flux residue, so prototypes behave like clean production boards.