<caption><image_0>The image shows a person's hands holding a black pen and writing on a white paper. The paper appears to be a blank sheet of paper with no text or images on it. The hands are positioned in a way that they are holding the pen with both hands. The background is a plain white wall. The image is taken from a top-down perspective, looking down on the paper.</caption><transcript><audio_1>today we're going to begin our study of large signal response we contrast this to small signal response which is what we just completed and small signal response one of the key things were interested in is the voltage gain so we</transcript><caption><image_2>The image shows a person's hand holding a black marker and writing on a whiteboard. The person is holding the marker in their right hand and their left hand is resting on the whiteboard, which is resting against a wooden surface. The whiteboard appears to be blank, with no writing or illustrations on it. The background is dark, and the focus is on the hand and the white board.</caption><transcript><audio_3>could say something like well we have a 1 millivolt input we have a voltage gain of 100 we just multiply these together and we get 100 millivolts it's a nice linear relationship I put in 2 millivolts we get 200 millivolts out we</transcript><transcript><audio_4>put in 5 millivolts we get 500 millivolts out well the question becomes how far can we take this if we put in 1 volt will we get 100 volts out well that would be unlikely particularly if you had something like a 15 volt power supply how could you do that so the goal of our</transcript><caption><image_5>The image shows a hand holding a whiteboard with a blank whiteboard attached to it. The whiteboard appears to be in a room with a wooden frame. The hand is positioned on the right side of the image, with the fingers slightly spread apart. The background is dark, and there is a shadow of the hand on the whiteboard. On the top left corner of the board, there is some text written in black ink.</caption> today we're going to begin our study of large signal response we contrast this to small signal response which is what we just completed and small signal response one of the key things were interested in is the voltage gain so we could say something like well we have a 1 millivolt input we have a voltage gain of 100 we just multiply these together and we get 100 millivolts it's a nice linear relationship I put in 2 millivolts we get 200 millivolts out we put in 5 millivolts we get 500 millivolts out well the question becomes how far can we take this if we put in 1 volt will we get 100 volts out well that would be unlikely particularly if you had something like a 15 volt power supply how could you do that so the goal of our
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