create vertical controls to position and scale the waveform vertically and set the input coupling in a full real-time environment.

displaying the signal in three dimensions time, amplitude, and the distribution of amplitude over time characterizing intensity, all in real time.

displaying the signal voltage fall characteristics in real-time.

high-frequency signals.

low-frequency signals.

0.2 volts

8 volts

16 volts

1.6 volts

1 volt

For the waveforms displaying pre-determined time interval condition are met.

For the waveforms stable displaying used voltage point when detected voltage rises or falls through a trigger voltage that set.

Below 1 μV.

Above 1 mV.

Below  1 mV

Below 0,274 μV.

Above 1 μV.

Set the same input/output resistance for all connections if possible.

Use mathematical calculations.

Use impedance converter;

All previously given answers.

1 mW

0.224 mV

1 V

1 mV

0.224 V

dBu

dBm

dB(W)

dB(mV)

dB

For computing the total gain or attenuation for series connection of two-port circuits.

For computing the gain or attenuation between two-port circuit input and output.

For computing the total power by adding signals power levels.