Connect the circuit up on the breadboard. Supply the input of the circuit with a 1200 Hz square wave, Vin = +2 V from the function generator. Connect Channel 1 of the oscilloscope to the input (signal to the function generator output, oscilloscope common to the circuit common). Check that the oscilloscope is in its "Default setting". Set the time base to 0.1 ms/division using the Horizontal Knob'. Set the channel voltages to 1 V/division and on "DC". Measure the voltage across the capacitor using the second channel.
Connect the circuit up on the breadboard. Supply the input of the circuit with a 1200 Hz square wave, Vin = +2 V from the function generator. Connect Channel 1 of the oscilloscope to the input (signal to the function generator output, oscilloscope common to the circuit common). Check that the oscilloscope is in its "Default setting". Set the time base to 0.1 ms/division using the Horizontal Knob'. Set the channel voltages to 1 V/division and on "DC". Measure the voltage across the capacitor using the second channel.
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Connect the circuit up on the breadboard. Supply the input of the circuit with a 1200 Hz square wave, Vin = +2 V from the function generator. Connect Channel 1 of the oscilloscope to the input (signal to the function generator output, oscilloscope common to the circuit common). Check that the oscilloscope is in its "Default setting". Set the time base to 0.1 ms/division using the Horizontal Knob'. Set the channel voltages to 1 V/division and on "DC". Measure the voltage across the capacitor using the second channel.
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