EMI is an abbreviation of the initials of the English Electro Magnetic Interference meaning electromagnetic interference. Electromagnetic interference (EMI) means the interaction of an electromagnetic wave with another electromagnetic wave. In order for any electronic system to be electromagnetically compatible, the following conditions must be met:
- No interference with other systems in the vicinity
- Not affected by electromagnetic waves emitted by other systems in the vicinity
- Likewise, it is not affected by electromagnetic waves caused by it.
In order to avoid possible electromagnetic interference, either the effect of the source causing this interference must be reduced, the interference environment must be neutralized or the sensitivity of the device affected by the interference must be reduced.
The most important point of an electromagnetic compatible system design study is to make this system electromagnetic compatible. Electromagnetic compatibility has become a very important criterion in terms of the availability of an electronic product to consumers with published international standards. A product cannot be offered to the consumer if it does not meet the electromagnetic compatibility requirements. Today, electromagnetic compatibility is now the most important criterion in the design of electronic systems and devices.
Electromagnetic interference (EMI) sources are of two types:
- Natural resources: sunlight, lightning and cosmic resources
- Artificial sources: electromagnetic impact (EMP), true spectrum users, electrical and electronic systems and elestrotatic discharge (ESD)
Artificial sources of electronic interference include electrical machines, arc furnaces, power lines and computers. A falling lightning disturbs telephone systems and electronic devices in the home, vacuum cleaners, hair dryers and similar devices make snow on the TV screen, hearing the police radios while listening to the radio, the effect of mobile phones on the ABS brake system of vehicles, the influence of aircraft radar systems on laptop computers is always electromagnetic interference (EMI). ).
Many electromagnetic compatibility (EMC) tests are performed in authorized laboratories. our organization in the scope of EMC testsis in compliance with the standards and test methods published by the domestic and foreign institutions.
Meanwhile, our organization, From ÖSAS Accreditation Agency, It is accredited according to TS EN ISO / IEC 17025 standard and the tests, measurement, analysis, inspection and inspection procedures and reports are accepted as valid in private and official audits.
EMI is an abbreviation of the initials of the English Electro Magnetic Interference meaning electromagnetic interference. Electromagnetic interference (EMI) means the interaction of an electromagnetic wave with another electromagnetic wave. In order for any electronic system to be electromagnetically compatible, the following conditions must be met:
- No interference with other systems in the vicinity
- Not affected by electromagnetic waves emitted by other systems in the vicinity
- Likewise, it is not affected by electromagnetic waves caused by it.
In order to avoid possible electromagnetic interference, either the effect of the source causing this interference must be reduced, the interference environment must be neutralized or the sensitivity of the device affected by the interference must be reduced.
The most important point of an electromagnetic compatible system design study is to make this system electromagnetic compatible. Electromagnetic compatibility has become a very important criterion in terms of the availability of an electronic product to consumers with published international standards. A product cannot be offered to the consumer if it does not meet the electromagnetic compatibility requirements. Today, electromagnetic compatibility is now the most important criterion in the design of electronic systems and devices.
Electromagnetic interference (EMI) sources are of two types:
- Natural resources: sunlight, lightning and cosmic resources
- Artificial sources: electromagnetic impact (EMP), true spectrum users, electrical and electronic systems and elestrotatic discharge (ESD)
Artificial sources of electronic interference include electrical machines, arc furnaces, power lines and computers. A falling lightning disturbs telephone systems and electronic devices in the home, vacuum cleaners, hair dryers and similar devices make snow on the TV screen, hearing the police radios while listening to the radio, the effect of mobile phones on the ABS brake system of vehicles, the influence of aircraft radar systems on laptop computers is always electromagnetic interference (EMI). ).
Many electromagnetic compatibility (EMC) tests are performed in authorized laboratories. our organization in the scope of EMC testsis in compliance with the standards and test methods published by the domestic and foreign institutions.
In the meantime, our organization, ÖSAS Accreditation Agency, It is accredited according to TS EN ISO / IEC 17025 standard and the tests, measurement, analysis, inspection and inspection procedures and reports are accepted as valid in private and official audits.