Stancer Testing-Lab is a Canadian accredited testing and certification laboratory based in Laval, Quebec.
Laval, Quebec, Canada
Joined August 2026
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Stancer Testing-Lab; A new player in EMC Testing Market prn.to/4jx7dXB
A prototype can work perfectly on the bench and still fail EMC testing.
Large switching loops, common-mode current on cables, and interrupted return paths can create problems that functional testing won’t reveal.
Our latest article looks at these and other common causes of EMC test failure, with practical considerations for identifying risks earlier in development.
Read the full article: stancermtl.com/key-reasons-f…
#StancerTestingLab #EMCTesting #ElectronicsDesign #ProductCompliance
Bringing a radio device to market in the U.S. and Canada involves more than just completing a test.
FCC and ISED certification requires manufacturers to identify the applicable requirements, prepare the necessary documentation, complete RF and EMC testing, and follow the appropriate certification process.
Planning these steps early can help reduce delays, avoid unnecessary retesting, and create a smoother path toward market access.
In our latest article, we break down the process step by step.
🔗 Read the full guide:
stancermtl.com/step-by-step-…
#FCCCertification #ISEDCertification #RFTesting #EMCTesting #WirelessDevices #ProductCompliance #StancerTestingLab
Reducing EMC qualification risk in aerospace and defense electronics militaryaerospace.com/home/a…
EMI in modern power electronics rarely comes from a single source.
High-speed switching, PCB structures, cables, heat sinks, enclosures, and other system components can all influence how electromagnetic interference is generated and propagated.
As technologies such as SiC and GaN enable faster switching and higher power density, understanding these mechanisms becomes increasingly important for effective mitigation and EMC compliance.
Our latest article explores EMI mechanisms, modeling, measurement, mitigation strategies, and the path toward compliance.
🔗 Read the full article:
stancermtl.com/emi-in-modern…
#PowerElectronics #EMI #EMCCompliance #EMCTesting #SiC #GaN #StancerTestingLab
FCC Part 15B and Part 15C both address radio frequency emissions, but they apply to different types of devices.
Part 15B generally covers unintentional radiators, while Part 15C addresses intentional radiators such as Wi-Fi, Bluetooth, and other wireless transmitters.
For manufacturers, understanding which requirements apply to a product is an important step in planning the right testing and compliance path.
What happens when a device includes both digital circuitry and wireless functionality?
Read the full article to learn more:
stancermtl.com/fcc-part-15b-…
#FCCPart15 #FCCCompliance #RFTesting #EMCTesting #WirelessDevices #ProductCompliance #StancerTestingLab
Modern power electronics are pushing efficiency and power density further than ever, but faster switching also brings new EMC challenges.
Technologies such as SiC and GaN can generate higher-frequency spectral content, while cables, heat sinks, PCB structures, enclosures, and other components can become unintended radiators.
Understanding these EMI mechanisms early in the design process is critical for effective mitigation and successful EMC compliance.
In our latest article, we explore radiated EMI in modern power electronics, from its sources and measurement to modeling, mitigation, and compliance testing.
Read the full article:
stancermtl.com/emi-in-modern…
#PowerElectronics #EMI #EMC #EMCTesting #EMCCompliance #SiC #GaN #StancerTestingLab
What happens when a product doesn't have a dedicated EMC standard?
That's where generic EMC standards can come into play.
The IEC 61000-6 series establishes emission and immunity requirements based on the environment where equipment will be used, including residential, commercial, light-industrial, and industrial environments.
Understanding when these standards apply is an important step toward choosing the right compliance path for a product.
Read the full article to learn how generic EMC standards work and when they should be used:
stancermtl.com/generic-emc-s…
#EMCStandards #EMCTesting #IEC61000 #EMCCompliance #ProductCompliance #StancerTestingLab
Geomagnetic fields are a natural part of our planet, but under certain conditions they can generate geomagnetically induced currents (GIC) that may affect power grids and other critical electrical infrastructure.
Learn what GICs are, how they form, and why they matter:
stancermtl.com/all-about-geo…
#StancerTestingLab
Wearable IoT devices bring unique EMC and RF compliance challenges, from RF exposure to global certification requirements. Reliable performance starts with proper testing and compliance. What do you think is the biggest challenge for wearable devices?
Visit stancermtl.com/electromagnet…
6G isn't just about faster speeds. It also requires new approaches to spectrum management, device coexistence, compliance, and global harmonization. What do you think will be the biggest regulatory challenge for 6G?
Learn more at stancermtl.com/regulatory-as…
Stancer Testing-Lab is an ISO/IEC 17025 accredited EMC & RF testing laboratory supporting manufacturers across North America. We provide EMC, RF, wireless, SAR, and pre-compliance testing, plus certification support for FCC, ISED, Europe, and global markets.
#StancerTestingLab
ALT Stancer Testing-Lab Highlights ISO/IEC 17025 Accredited EMC and RF Testing Services for North American Manufacturers Stancer Testing-Lab is an ISO/IEC 17025 accredited EMC and RF testing laboratory helping manufacturers across North America achieve regulatory compliance with confidence. Based in Laval, Quebec, the laboratory provides accredited EMC, RF, wireless, SAR, and pre-compliance testing, supported by end-to-end certification guidance. Recognized by both the FCC and ISED, Stancer assists manufacturers in obtaining certifications for the United States, Canada, Europe, and other international markets. By combining testing, technical expertise, and regulatory support under one roof, the company simplifies the certification process, helping clients reduce project timelines, control costs, and accelerate product launches.