Main Tests
Radiated Emission
Check your product’s unintentional RF emissions against international limits. Using calibrated antennas and spectrum analyzers, we help detect problem frequencies early, so you can adjust your design before official testing.
◦CISPR 32
◦CISPR 15
◦EN50155
◦CISPR 32
◦CISPR 15
◦EN50155
Conducted Emissions
Evaluate unwanted noise conducted through power and signal lines. Our pre-scans provide clear insight into your product’s performance, helping you optimize filters and grounding techniques.
CISPR 32 (150 KHz -30MHz)
CISPR 15 ( 9KHz- 30MHz)
EN55015 ( 9KHz- 30MHz)
CISPR 32 (150 KHz -30MHz)
CISPR 15 ( 9KHz- 30MHz)
EN55015 ( 9KHz- 30MHz)
Radiated Immunity (3 Meters, 20V/M)
Expose your product to controlled RF fields to understand its resilience against external interference. We help identify weaknesses before full-scale immunity testing.
◦IEC61000-4-3 (Up to 1 GHz )
◦EN50155
◦IEC61000-4-3 (Up to 1 GHz )
◦EN50155
Conducted Immunity
Assess how your equipment responds to RF disturbances on power and I/O lines. Early testing ensures robust design and fewer surprises during certification.
◦IEC61000-4-6 (150KHz- 80 MHz)
◦EN50155
◦IEC61000-4-6 (150KHz- 80 MHz)
◦EN50155
ESD
Simulate real-world electrostatic events to confirm your product’s protection and recovery capabilities.
◦IEC 61000-4-2 (Contact and Air discharge- +/- 20KV)
◦EN50155
◦IEC 61000-4-2 (Contact and Air discharge- +/- 20KV)
◦EN50155
EFT
Evaluate immunity against transient bursts, helping you design for reliability in real-world power environments.
◦IEC 61000-4-4 (6KV)
◦EN50155
◦IEC 61000-4-4 (6KV)
◦EN50155
Surge
Evaluate immunity against sudden surges
◦IEC61000-4-5 (6KV)
◦EN50155
◦IEC61000-4-5 (6KV)
◦EN50155
Voltage Dips and Interruptions
Simulate short-term reductions or interruptions in your product’s supply voltage to evaluate its ability to operate under unstable power conditions.
IEC61000-4-11
IEC61000-4-11
EIRP Test
EIRP (Equivalent Isotopically Radiated Power) test requirements depend on the specific device, frequency band, and regulatory body, often focusing on ensuring the power density remains within declared limits while complying with technical standards and preventing interference. Key aspects of EIRP testing involve measuring the device's power at different angles and heights in a controlled environment
Supporting Tests
Insulation Resistance Testing
Measure the integrity of your product’s insulation by applying a high DC voltage between conductive parts and ground. This test ensures that insulating materials effectively prevent leakage currents, enhancing safety and reliability.
◦EN50155 (upto 1KV)
Voltage Withstand (Dielectric Strength) Testing
This safety test applies a high voltage, greater than the normal operating voltage, to the insulation of an electrical product for a specified time to ensure the insulation is adequate and free from defects.
◦EN50155 (upto 5KV)
◦EN50155 (upto 5KV)
Additional Support
Design Troubleshooting & Debugging
Work directly with our EMC engineers to pinpoint emission sources, improve PCB layout, shielding, and cabling strategies.
Custom Test Setups
We can tailor tests to your unique product requirements, replicating conditions you’re likely to face in formal certification labs
Work directly with our EMC engineers to pinpoint emission sources, improve PCB layout, shielding, and cabling strategies.
Custom Test Setups
We can tailor tests to your unique product requirements, replicating conditions you’re likely to face in formal certification labs
Whether you are developing a consumer device, industrial equipment, medical technology, or automotive system, our pre-compliance services give you a head start toward certification success.