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Shanghai Botong Scientific Instrument Co., Ltd
TEM horn antenna
NegotiableUpdate on 05/15
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Overview
TEM horn antenna is an antenna used to evaluate the electromagnetic wave immunity (near-field electromagnetic field) from wireless transmitters such as mobile phones. In the future, near-field electromagnetic field testing using this antenna will be conducted for medical (IEC 60601-1-2) and multimedia devices (CISPR35), and standardization on various product lines is also worth looking forward to. Wide bandwidth, low VSWR, and uniform wide electric field characteristics enable efficient anti-interference testing.
Product Details
EM horn antenna is an antenna used to evaluate the electromagnetic wave immunity (near-field electromagnetic field) from wireless transmitters such as mobile phones. In the future, near-field electromagnetic field testing using this antenna will be conducted for medical (IEC 60601-1-2) and multimedia devices (CISPR35), and standardization on various product lines is also worth looking forward to. Wide bandwidth, low VSWR, and uniform wide electric field characteristics enable efficient anti-interference testing.
EM horn antenna is an antenna used to evaluate the electromagnetic wave immunity (near-field electromagnetic field) from wireless transmitters such as mobile phones. In the future, near-field electromagnetic field testing using this antenna will be conducted for medical (IEC 60601-1-2) and multimedia devices (CISPR35), and standardization on various product lines is also worth looking forward to. Wide bandwidth, low VSWR, and uniform wide electric field characteristics enable efficient anti-interference testing.
EM horn antenna is an antenna used to evaluate the electromagnetic wave immunity (near-field electromagnetic field) from wireless transmitters such as mobile phones. In the future, near-field electromagnetic field testing using this antenna will be conducted for medical (IEC 60601-1-2) and multimedia devices (CISPR35), and standardization on various product lines is also worth looking forward to. Wide bandwidth, low VSWR, and uniform wide electric field characteristics enable efficient anti-interference testing.
