What any other input amount must be taken into consideration during EMC measurement uncertainty ?
 

Measurement uncertainty is one of the basic and most important characteristic parameters in measurement systems, it is an important symbol of quality measuring., there are many factors cause uncertainty of measurement an EMC complete measurement  process, the concept of measurement system is not limited to the category of measuring instruments and equipment, but refers to the measured value assignment of measuring operating procedures and personnel, equipment, environment and software elements such as comprehensive, the whole process of measurement results is obtained.

EMC measurement or the accuracy of the EMC measurement uncertainty  is what we are concerned.
1.Input amount Consideration while power end conduction disturbance measurement uncertainty 

- the receiver reading

- artificial power network and the connection between the receiver of the attenuation

- the pressure coefficient of artificial mains network

- the accuracy of the receiver sine wave voltage

- receiver pulse amplitude response

- Impulse response - receiver repetition frequency changes

- receiver background noise

- artificial mains network port and receiver mismatch
- artificial mains network impedance
2. Input amount Consideration while caculate the radiation power measurement uncertainty
- the receiver reading
- absorbing clamp and the connection between the receiver of the attenuation
- absorbing clamp insertion loss
- the accuracy of the receiver sine wave voltage
- receiver pulse amplitude response
- Impulse response - receiver repetition frequency changes
- receiver background noise
- Mismatch - absorbing clamp port and the receiver
- the power of harassment
- environmental impact
3.  Input amount Consideration while caculate the radiation power measurement uncertainty 
- the receiver reading
- connection between the antenna and the receiver of attenuation
- antenna factor
- the accuracy of the receiver sine wave voltage
- receiver pulse amplitude response
- Impulse response - receiver repetition frequency changes
- receiver background noise
- and receiver antenna port mismatch
- antenna interpolation coefficient of frequency