See figure attached for problem statement.
Under question 2. in Figure 3 I am given the Thevenin equivalent attached to an Oscilloscope.
In part a) they ask what the value of VNL is in terms of Vs and Rs.
How do I go about finding this using Figure 3? (again, see attachement)
If the Oscilloscope can be modeled as a resistor then this would be a simple voltage divider circuit and I could find VNL in terms of Vs, Rs, AND the internal resistance of the oscilloscope, but in the question it says SOLELY in terms of Vs and Rs.
I dont see how I can do this. What am I not seeing?
Any help/tips/suggestions/comments would be greatly appreciated.
Thanks again!
Under question 2. in Figure 3 I am given the Thevenin equivalent attached to an Oscilloscope.
In part a) they ask what the value of VNL is in terms of Vs and Rs.
How do I go about finding this using Figure 3? (again, see attachement)
If the Oscilloscope can be modeled as a resistor then this would be a simple voltage divider circuit and I could find VNL in terms of Vs, Rs, AND the internal resistance of the oscilloscope, but in the question it says SOLELY in terms of Vs and Rs.
I dont see how I can do this. What am I not seeing?
Any help/tips/suggestions/comments would be greatly appreciated.
Thanks again!
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