(Solved): please solve this circuits question 3 Preliminary Work (Pre-Lab) 1. In the circuit shown in Figure ...

3 Preliminary Work (Pre-Lab) 1. In the circuit shown in Figure 2, iaput is a sepuafe wave with ${\mathrm{f}}_{?2}\mathrm{kHz}$ with $V_{\text{hing }}?0\mathrm{V},V_{\text{hing }}?2\mathrm{V}$ $(V_{\mathrm{c}}=2\mathrm{Vp}$-p with + IV DC-Offart $)$. Cakculate time constant of the circuit. Using this information calculate $v_C$ and $t_C$, for $0?2$ max (a) For $R_g=8200,\mathrm{C}?12\mathrm{nF}$. (b) For $R_5$ 8200n, $\mathrm{C}?22\mathrm{nF}$. (c) For $R_5=3.3\mathrm{k}?,\mathrm{C}?22\mathrm{nF}$. 2 Lab 5 page 3 of 4 EQUIPMENT NEEDED FOR THE LAB: Figure 2: R-C Circuit Figure 3: R-L Circuit 2. Set up the circuit shown in Figure 2 in simulation soft ware and measure the voltage acroes the capacitor and the resistor. Make a transient analysic; select the time step carefully to achisove a smooth output jraph. 3. In the circait shown in Figure 3, ingut is a spate wave with $f?2\mathrm{kHz}$ with $V_{\text{leap }}?0\mathrm{V},V_{\text{hiek }}=2\mathrm{V}$ $(V_{in}=2V_p$ p with + IV DC-Offet $)$. Calculate time constant of the circuit. Using this infornuation colculate VL and il, for 0-2ms. (a) For $R_s=100,\mathrm{L}=\mathrm{ImH}$. (b) For $R_S=1500,L?1\mathrm{mH}$. (c) For $R_s?3300,1$ - $2\mathrm{anH}$. resistor. Make a transient analysis; select the time step carefully to achieve a smooth output graph. Preliminary work is to be submitted before the lab to the lab TA's. The preliminary work is to be individually atteupted.