02: Jack, a hard working ECET 201 student is building a cireuit on a boring Saturday night as described below . A DC power supply with associated grounding able to source up to 30Vc .A single pole...
02: Jack, a hard working ECET 201 student is building a cireuit on a boring Saturday night as described below . A DC power supply with associated grounding able to source up to 30Vc .A single pole 2 state switch A resistor arrangement and a capacitor arrangement * Resistor Arrangement consists of 2-1 ΚΩ resistors in parallel with a series 500Ω resistor. Capacitor Arrangement consists 2-10μF capacitors in series with a parallel 5μ F capacitor o o ement, and capacitor arrangement are in series with proper The DC power supply, switch, resistor arrang grounding connections . Part A: Draw the schematic and designate how to measure (draw how you connect the proper devices to measure the values) the voltage across the resistor arrangement and the voltage across the capacitor arrangement. Also show how to measure total current. Part B: Draw a breadboard showing how you will connect this circuit in the lab. Be sure to label all components, points of connections, and testing equipment. Please include all details about the breadboard and associated measurement devices. Part C: What key formulas will you use to solve this circuit? Part D: Assuming Jack energizes the circuit at 30Vpc. Solve for the voltage across the resistor arrangement 225μs after the switch closed. Assume initial conditions to be uncharged Part E: Using a ruler, sketch the voltage and current curves as they relaie to the resistor arrangement Insert non-lined blank sheets if you need more paper.
02: Jack, a hard working ECET 201 student is building a cireuit on a boring Saturday night as described below . A DC power supply with associated grounding able to source up to 30Vc .A single pole 2 state switch A resistor arrangement and a capacitor arrangement * Resistor Arrangement consists of 2-1 ΚΩ resistors in parallel with a series 500Ω resistor. Capacitor Arrangement consists 2-10μF capacitors in series with a parallel 5μ F capacitor o o ement, and capacitor arrangement are in series with proper The DC power supply, switch, resistor arrang grounding connections . Part A: Draw the schematic and designate how to measure (draw how you connect the proper devices to measure the values) the voltage across the resistor arrangement and the voltage across the capacitor arrangement. Also show how to measure total current. Part B: Draw a breadboard showing how you will connect this circuit in the lab. Be sure to label all components, points of connections, and testing equipment. Please include all details about the breadboard and associated measurement devices. Part C: What key formulas will you use to solve this circuit? Part D: Assuming Jack energizes the circuit at 30Vpc. Solve for the voltage across the resistor arrangement 225μs after the switch closed. Assume initial conditions to be uncharged Part E: Using a ruler, sketch the voltage and current curves as they relaie to the resistor arrangement Insert non-lined blank sheets if you need more paper.