Overview
| Detection type | Electromagnetic compatibility EMC testing | Industry type | Suitable for the entire industry |
| Service Area | nationwide | Service Qualification | CMA, CNAS, OEM approval |
| Test cycle | Regular 5-7 working days, depending on the testing project | Report format | Chinese and English electronic/paper reports |
| Invoice provision | Available | Expedited service | Can be expedited |
| Value added services | EMC Capability Training | ||
Product Details
service content
Radiation immunity test is one of the most commonly used test methods in electromagnetic compatibility testing, using the anechoic chamber method for testing. Radio and television metrology provides comprehensive radiation immunity testing for electronic components in industries such as automobiles, electronics, aviation, and communication.
Service scope
Electronic components in the automotive industry, electronic and electrical industry, rail transit industry, aviation airborne industry, communication equipment industry, and other industries.
Testing standards
GB/T 33014.2-2016
ISO 11452-2:2019
GB/T 17626.3-2016
RTCA DO-160G
Standards of various car manufacturers and industries
Related qualifications
Full testing capabilities, covering testing standards from countries such as GB and ISO;
Qualification Accreditation of China National Accreditation Committee for Laboratories - CNAS;
China Metrology Certification CMA;
Enterprise certification: Geely, GAC Group, Chery, BYD, Ideal, Xiaopeng, Volkswagen, Ford, Mazda, Volvo and more than 20 OEMs have recognized it.
Test item cycle
1 working day (specific time based on laboratory schedule)
Service background
The purpose of this test is to simulate the preferences of spatial electric fields in daily work and life, and to interfere with the tested components by using simulated antenna spatial emission to ensure that their functionality is not affected unacceptable.
Our Advantages
Wide service network, with 8 experimental bases nationwide, providing localized services
Capable of conducting tests on multiple sites simultaneously to meet large-scale testing needs, while also possessing the ability to conduct field experiments;
Covering the entire product lifecycle: capable of providing simulation, testing, and design protection to meet the electromagnetic compatibility control requirements of the entire product lifecycle;
Implement a national integrated management and control model, and all laboratories in different regions are operated and controlled uniformly by the headquarters; Ensure high-quality completion of the project.
