Andere Kunden interessierten sich auch für
![Radar Absorbing Materials and Microwave Shielding Structures Design]( "Radar Absorbing Materials and Microwave Shielding Structures Design")
Radar Absorbing Materials and Microwave Shielding Structures Design51,99 €![Low- field microwave absorption in magnetic thin films]( "Low- field microwave absorption in magnetic thin films")
Low- field microwave absorption in magnetic thin films32,99 €![Transmission Congestion Mitigation with Series Controller FACTS]( "Transmission Congestion Mitigation with Series Controller FACTS")
Transmission Congestion Mitigation with Series Controller FACTS26,99 €![Voltage Flickering Mitigation]( "Voltage Flickering Mitigation")
Voltage Flickering Mitigation23,99 €![POWER QUALITY]( "POWER QUALITY")
POWER QUALITY50,99 €![A primary standard for microwave attenuation measurement]( "A primary standard for microwave attenuation measurement")
A primary standard for microwave attenuation measurement36,99 €![Power Quality problems and its Mitigation Techniques]( "Power Quality problems and its Mitigation Techniques")
Power Quality problems and its Mitigation Techniques32,99 €
The study was focused on the magnitude of magnetic fields measured in the vicinity of a microwave oven. Four microwave ovens with different brands and models have been carried out to measure the magnetic fields. From the measurement results, microwave ovens 1, 2 and 4 have exceeded the limit of 119.5 mG at 5 cm distance from the oven surface according to the Australian Standard 3301. Due to this reason, it is suggested to use a hard paper carton and hard plastic carton as shielding on microwave oven 1. However, only microwave oven 3 gives a value 76.9 mG which is not exceeded. The result shows that the shielding can reduce the microwave oven leakage by about 5 to 8 %.