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Problem 0.1 Figure 0.1 shows the circuit diagram of a magnetic stimulator made by an international biomedical electronics company. The pulsed magnetic field generated by the transducer coil (represented by the inductor) can be used in a variety of medical treatments including nerve stimulation. The capacitor is precharged to a Voltage V, between 0 and 1000 V, and then at /-0 the switch S is closed to trigger the magnetic pulse. Calculate the following assuming that the switch S and the diode D are ideal: 1. The time response of the coil current after the switch S is closed, as a function of the precharge voltage V. (Some types of stimulation require a field with a fast rise time and a slow fall time.) 2. The peak coil current for V, - 950 V. 3. The time 1, at which diode D turns on. 4. The energy dissipated in the resistor for VÃ ¢ -950 V. i coil + L=11 uH R=85 m2 Vc C=180 uF D
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