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- This circuit is connected to a 1000-Hz line. The resistor has a voltage drop of 185 V. the inductor has a voltage drop of 740 V, and the capacitor has a voltage drop of 444 V. The circuit has an apparent power of 51.8 VA. ETITZVA51.8PFER185VIRRPEL740VILXLVARsLLEC444VICXCVARsCCThe _________ model has the advantage that the parameters are defined by the actual operating conditions. a.re b.hybrid-pi c.pi d.hybridCan anyone help me with this circuits question. I don’t need the design of the BW LPF just the hand calculations. Thank you
- Draw and label a voltage divider that generates0.5V from an input of 1.5V. Then draw and label a current divider that generates 1.25A from an input of1.0A. Pleaseclearlydefine/label the value of all variables (e.g. resistances). If a solution does not exist, then simply state so.Using the sum series below, where R1 = 5K; R2= 20K; R3 = 10K; R4 = 20K. Determine the output voltage if V1 = 0.5 Volt and V2 = 0.75 Volt!The current I in both circuits is200μA. Find the value of VB E for both circuitsif IS = 4×10−16 μA, βF = 50, and βR = 0.5. Whatis VCESAT ?
- Draw and label a voltage divider that generates 0.5V from an input of 1.5V. Then draw and label a current divider that generates 1.25A from an input of1.0A. Pleaseclearlydefine/label the value of all variables (e.g. resistances). If a solution does not exist, then simply state so.There is no load on the top terminal of the circuit element below for t < 0. At t = 0, a current of 125 e-2500t mA enters the top terminal. a) Determine the total charge that accumulates in the upper terminal; b) If the current is interrupted at t = 0.5 ms, what is the accumulated charge on the upper terminal.With a voltage divider bias circuit calculate the value of base current with R1 = 20.9 kΩ, R2 = 30 kΩ, RC = 150 kΩ, and RE = 150 kΩ. (hfe = 101) (Vcc = 9 V)(Assume Vbe = 0.7)
- A. Simplify circuit number 2. B. Implement the simplified circuit number 2.Circuit Theory: I have this following circuit but its not producing the correct output. My input is a 0-3.3 V sine wave at 1 kHz. My output at the speaker should also be a 0-3.3 V sine wave, but its giving me the wrong output. How do I fix this circuit using transistor(s) or any other components? How do I actually apply my knowledge of circuits to this real world problem that I'm stuck?In the figure below, if Vcc:12V, VBB= 5V, β:100, Rc: 3 kΩ, Rb= 200 kohm, how many volts will Vce be (take VBE=0.6 V)? Please choose one: A.6V b. 4.2 V c. 3.7 V d. 2.5V E. 5.4V