The relationship between the wattage level of a microwave oven and the current induced due to the amount of leakage is not direct or linear. The wattage level of a microwave oven refers to the amount of power it consumes during operation, which determines its cooking performance. On the other hand, the current induced by microwave radiation leakage is primarily dependent on the strength of the radiation and the specific characteristics of the microwave oven.
Microwave radiation leakage occurs when electromagnetic waves, including microwaves, escape from the confines of the oven. The strength of the leakage can vary depending on factors such as the design, construction, and condition of the microwave oven. The amount of leakage is typically measured in milliwatts per square centimeter (mW/cm²).
The current induced by microwave radiation leakage is a result of the interaction of the escaping microwaves with the detector. Microwave leakage detectors are designed to measure the strength of the electromagnetic field and convert it into a measurable current. The exact relationship between the strength of the radiation and the current induced can vary based on the design and calibration of the specific detector you are using.
Therefore, while there may be some correlation between the wattage level of a microwave oven and the current induced by the leakage, it is not a direct or predictable relationship. The wattage level primarily relates to the power consumption of the oven, whereas the current induced by leakage depends on the strength of the radiation and the detector's characteristics. It is important to note that microwave ovens are designed and tested to comply with safety regulations and standards to minimize radiation leakage and ensure safe operation. If you suspect excessive microwave leakage, it is recommended to contact a qualified professional to inspect and assess your microwave oven.