简体中文
EMC
EMC（Electromagnetic Compatibility）is the ability of a device or system to function properly in its electromagnetic environment without posing an unbearable electromagnetic nuisance to anything in that environment.
Any electronic device emits electromagnetic disturbances in two ways: one is through space, called radiated emissions; the other is through cables and conductors, called conducted emissions. Corresponding electronic device also needs to have the ability of radiation anti-interference and conduction disturbance anti-interference.
EMC（Electromagnetic Compatibility）is the ability of a device or system to function properly in its electromagnetic environment without posing an unbearable electromagnetic nuisance to anything in that environment.
Any electronic device emits electromagnetic disturbances in two ways: one is through space, called radiated emissions; the other is through cables and conductors, called conducted emissions. Corresponding electronic device also needs to have the ability of radiation anti-interference and conduction disturbance anti-interference.
Therefore, EMC includes two requirements:
On the one hand, it means that the electromagnetic disturbance generated by the device to the environment during normal operation cannot exceed a certain limit, which is called EMI (Electromagnetic Interference);
On the one hand, it means that the electromagnetic disturbance generated by the device to the environment during normal operation cannot exceed a certain limit, which is called EMI (Electromagnetic Interference);
EMC=EMI+EMS
On the other hand, it means that the device has a certain degree of resistance to electromagnetic interference in the environment, which is called EMS (Electromagnetic Susceptibility), also generally called electromagnetic anti-interference.
EST EMC Laboratory
EST EMC Lab, which was completed and put into use in 2021, hss a high performance shielded room and several sets of industry leading test equipment. EST has several professional testing engineers who are familiar with EMC testing standards and methods and can provide a testing environment that meets the certification standards. They also can carry out various EMC tests on measuring instruments and electronic products.
EST EMC Lab Construction Direction
01 Adhering to The Company's Mission & Improving Product Positioning
According to international standards, national standards, industry standards or company standards to verify the achievement of product EMC project design, solve product EMC weaknesses, and promoting product positioning with professional technology.
02 Improve The Pass Rate of Product Certification Test
Improving the pass rate of products in certifiability tests through pre-compliance testing.
03 Add More Guarantee to the Product
Promote EMC design to provide a basis for stable and reliable industrial control products.
04 Keeping Up With The Latest Technology
Real-time follow-up of cutting-edge EMC testing technology to keep in line with international mainstream EMC requirements.
01 Adhering to The Company's Mission & Improving Product Positioning
According to international standards, national standards, industry standards or company standards to verify the achievement of product EMC project design, solve product EMC weaknesses, and promoting product positioning with professional technology.
02 Improve The Pass Rate of Product Certification Test
Improving the pass rate of products in certifiability tests through pre-compliance testing.
03 Add More Guarantee to the Product
Promote EMC design to provide a basis for stable and reliable industrial control products.
04 Keeping Up With The Latest Technology
Real-time follow-up of cutting-edge EMC testing technology to keep in line with international mainstream EMC requirements.
Lab Enviroment Overview
Shielded Room
Conductive Emission Test Environment
Conducted Disturbance Immunity Test Environment
Burst, Surge And Voltage Dip Immunity Test Environment
Electrostatic Discharge Immunity Test Environment
High Frequency Impulse Noise Immunity Test Environment
