EMC / EMI Testing
National Technical Systems (NTS)
NTS is known worldwide as the industry leading provider of Electromagnetic Compatibility (EMC) and Electromagnetic Interference (EMI) engineering and compliance services. Our Program Managers and Subject Matter Experts work closely with you, conducting extensive technical reviews to determine your needs and provide a customized service. Whatever you require to speed your product to market — engineering, design analysis, testing, technical training — NTS will customize solutions to meet all of your needs. We offer a wide range of EMC and EMI services to seamlessly take your design from concept to final product.
-
product
Electromagnetic Pulse Testing
The effects of electromagnetic pulses (EMP) on electronics can be severe, but pose an even more devastating threat to the processes and infrastructures that they support. Designing equipment and systems to withstand the effects of EMPs now will reduce the impacts of potential EMP attacks on our electronics in the future.
-
product
HERO (Hazard of Electromagnetic Radiation to Ordnance) Testing
MIL-STD-464 sets out minimal acceptable standards for the electromagnetic compatibility of ordnance and related equipment used in airborne, sea, space and ground-defense systems. Firing circuits contained within these devices is inherently susceptible to electromagnetic environments. Testing is critical for managing the risks associated with exposure to normally occurring EMR.
-
product
HIRF (High Intensity Radiated Fields) Testing
At NTS, our experience encompasses more than 50 years of electromagnetic compatibility testing for clients in the aerospace, aviation and other related industries. We maintain fully equipped electromagnetic interference testing facilities in Illinois, Arizona, California, Massachusetts, Texas and New Jersey. With the combined expertise of our team, it’s easy to identify the regulatory challenges your organization faces, and develop a comprehensive testing program that ensures your challenges are met.
-
product
Reverberation Chamber Testing
A reverberation chamber, sometimes known as a mode tuned/mode stirred chamber, is a shielded enclosure or resonant cavity for RF testing. This chamber is statistically isotropic, random polarity, having RF uniformity within specified limits. Typically a reverberation chamber has a paddle (or tuner) which stirs the field, randomizing the boundary conditions.
-
product
HERO (Hazard of Electromagnetic Radiation to Ordnance) Testing
MIL-STD-464 sets out minimal acceptable standards for the electromagnetic compatibility of ordnance and related equipment used in airborne, sea, space and ground-defense systems. Firing circuits contained within these devices is inherently susceptible to electromagnetic environments. Testing is critical for managing the risks associated with exposure to normally occurring EMR.
-
product
Reverberation Chamber Testing
A reverberation chamber, sometimes known as a mode tuned/mode stirred chamber, is a shielded enclosure or resonant cavity for RF testing. This chamber is statistically isotropic, random polarity, having RF uniformity within specified limits. Typically a reverberation chamber has a paddle (or tuner) which stirs the field, randomizing the boundary conditions.
-
product
HIRF (High Intensity Radiated Fields) Testing
At NTS, our experience encompasses more than 50 years of electromagnetic compatibility testing for clients in the aerospace, aviation and other related industries. We maintain fully equipped electromagnetic interference testing facilities in Illinois, Arizona, California, Massachusetts, Texas and New Jersey. With the combined expertise of our team, it’s easy to identify the regulatory challenges your organization faces, and develop a comprehensive testing program that ensures your challenges are met.
-
product
Electromagnetic Pulse Testing
The effects of electromagnetic pulses (EMP) on electronics can be severe, but pose an even more devastating threat to the processes and infrastructures that they support. Designing equipment and systems to withstand the effects of EMPs now will reduce the impacts of potential EMP attacks on our electronics in the future.
