EMI Testing , EMC Testing and Electrical Testing Overview
Electrostatic discharge and brief voltage spikes on electrical power lines, caused by a variety of conditions, can seriously damage unprotected equipment.
EMI testing (Electromagnetic Interference), when applied to generators, is a type of partial discharge testing, making use of high frequency current transformers and special radio receivers.
The goal of EMC testing (Electromagnetic Compatibility) is the correct operation, in the same electromagnetic environment, of different equipment that employ electromagnetic phenomena and the avoidance of any interference effects.
Will your product cause or be adversely affected by electromagnetic interference?
Once it goes through DTB’s rigorous EMI testing and EMC testing services, you will confidently know the answer.
Find out the many ways we can help you, by clicking below to get details on our EMI Testing, EMC Testing and Electrical Testing methods:
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Our EMI/EMC Testing Capabilities and Facilities:
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Examples of EMI/EMC Testing Specifications We’ve Worked On:
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New! DTB offers exceptional Radiated Susceptibility
(Method RS105) testing and now owns the
largest RS105 simulator of its kind by far, in any U.S. non-government test facility.
Our system has an estimated overall simulator length (including pulse generator) of approximately 13.5 meters.
The launch tapered section will be approximately 6.5 meters long, length of parallel plate section will be 3 meters, length of load tapered load section will be approximately 4 meters, and maximum width of the simulator array will be approximately 5.5 meters.
SAMPLE APPLICATION: Rail Transportation EMC / EMI Testing
SAMPLE APPLICATION: MIL-STD-461
Test
For further details on our extensive line-up of
EMC / EMI Equipment and Facilities, please click
here.