This article provides a thorough description of a range of non-standard application cases in which EMC laboratories can be used other than those traditionally associated with this kind of facilities. The areas covered here include investigations of: wireless and radio systems (such as IoT and broadband radio systems) also that require ultra-high operational dynamic range, emulation of interference-free and/or heavily-multipath propagation environment, shielding effectiveness of cabinets and materials (i.e. thin, light and flexible as textiles as well as heavy and thick such as building construction elements)
A state-of-the art high-frequency laboratory is being developed for pursuing laboratory exercises in...
Electromagnetic compatibility plays a central role in today's manufacturing of electronic products. ...
Electromagnetic interference constitutes a serious problem for the design and operation of electroni...
This article provides a thorough description of a range of non-standard application cases in which E...
Electromagnetic interference/electromagnetic compatibility (EMI/EMC) testing is a compulsory part of...
With the upward thrust of wireless technologies, members of the public become relatively concerned a...
Our environment is full of radio frequency (RF) electromagnetic radiation due to rapid progress of w...
Electromagnetic interactions become critic in embedded and smart electronic structures. The increase...
The electromagnetic compatibility is a very popular scientific discipline that widely affects the el...
From electromagnetic compatibility (EMC) perspective, electromagnetic test environments can be broad...
Electromagnetic Compatibility (EMC) is of increasing importance as the number of wireless devices in...
Electrical and electronic devices are constantly present in human lives, as providing communication,...
Electromagnetic Interference (EMI) is one of the unpreventable issue in circuit designed. Therefore...
Nowadays, electromagnetic compatibility plays an increasingly important role in the development of a...
This study presents a methodology to explore, compare and understand the electromagnetic (EM) proper...
A state-of-the art high-frequency laboratory is being developed for pursuing laboratory exercises in...
Electromagnetic compatibility plays a central role in today's manufacturing of electronic products. ...
Electromagnetic interference constitutes a serious problem for the design and operation of electroni...
This article provides a thorough description of a range of non-standard application cases in which E...
Electromagnetic interference/electromagnetic compatibility (EMI/EMC) testing is a compulsory part of...
With the upward thrust of wireless technologies, members of the public become relatively concerned a...
Our environment is full of radio frequency (RF) electromagnetic radiation due to rapid progress of w...
Electromagnetic interactions become critic in embedded and smart electronic structures. The increase...
The electromagnetic compatibility is a very popular scientific discipline that widely affects the el...
From electromagnetic compatibility (EMC) perspective, electromagnetic test environments can be broad...
Electromagnetic Compatibility (EMC) is of increasing importance as the number of wireless devices in...
Electrical and electronic devices are constantly present in human lives, as providing communication,...
Electromagnetic Interference (EMI) is one of the unpreventable issue in circuit designed. Therefore...
Nowadays, electromagnetic compatibility plays an increasingly important role in the development of a...
This study presents a methodology to explore, compare and understand the electromagnetic (EM) proper...
A state-of-the art high-frequency laboratory is being developed for pursuing laboratory exercises in...
Electromagnetic compatibility plays a central role in today's manufacturing of electronic products. ...
Electromagnetic interference constitutes a serious problem for the design and operation of electroni...