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user80875
user80875

The voltage between the red and blue dot is the voltage blocked blocked by one diode when that diode is blocking and zero when that diode is conducting. You can draw that waveform by analyzing the bridge input waveforms compared to the current flow intervals of each diode. The voltage measured will depend on the instrument used. The most useful measurement would probably be the peak voltage across the diode.

The voltage between the red and blue dot is the voltage blocked blocked by one diode when that diode is blocking and zero when that diode is conducting. You can draw that waveform by analyzing the bridge input waveforms compared to the current flow intervals of each diode. The voltage measured will depend on the instrument used. The most useful measurement would probably be the peak voltage across the diode.

The voltage between the red and blue dot is the voltage blocked by one diode when that diode is blocking and zero when that diode is conducting. You can draw that waveform by analyzing the bridge input waveforms compared to the current flow intervals of each diode. The voltage measured will depend on the instrument used. The most useful measurement would probably be the peak voltage across the diode.

Source Link
user80875
user80875

The voltage between the red and blue dot is the voltage blocked blocked by one diode when that diode is blocking and zero when that diode is conducting. You can draw that waveform by analyzing the bridge input waveforms compared to the current flow intervals of each diode. The voltage measured will depend on the instrument used. The most useful measurement would probably be the peak voltage across the diode.