Q4) Determine the current through each resistor in the circuit of Figure R₁ 680 www R₂ 330 w R₁ 22092 w 10 mA

With V1, voltage peak to peak is 10 volts, R1=200 Ohm, R2=1000 Ohm and C1= 300 nF. Find Vx, voltage across the the capacitor, C1 and R2 when the frequency is 1000 Hz and 10000 Hz

The source voltage of the circuit is 5V and the break down voltage for the Zener diode is 5.2V then the voltage across resistor will be ??

can you solve this question handwritten  step by step solution with explanation how we obtaines the graph this question is not a part of an assignment its a study question

10 K D3 The diodes in the circuit are Silicon with forward voltage of 0.7 V. Fill up the table showing the state, voltage and current of each of the diodes. 8 K Show how you validated the state of each diode. Follow the reference shown in determining whether the diode voltages and currents are positive or negative. 5 V 1K 1Di mA Diode State VD + VD - D1 D2 D3

Need to find I and Vx. I know the answers are I=0.9mA and Vx=0V, both diodes are on. I am struggling with KCL and KVL on this, could you please give a detailed explanation. Thank you!

Can you draw me a half size breadboard circuit with a 9V source, a multimeter, 220ohm resistor in series and a 1N914 forward biased diode? Im reading about 9.8mA and others are reading 35.02mA. Can you tell me what about it should read for current and voltage? The simulation has two multimeters but we only use one for the live experiment. I feel like Im getting low current reading so I may have it wired wrong.

use the constant voltage drop model in analyzing the diode circuit below: 10 92 V₁ (+ M 1 V D₁ If V₁ is -3 V, what would be the state of the diodes? A. D₁ and D₂ are both OFF C B. D₁ is OFF and D₂ is ON - 1 V D₂ C. D₁ is ON and D₂ is OFF D. D₁ and D₂ are both ON + 1092 Vo

Zener Diodes: In the following diagram, Iz = 0.5 mA, Vz = 5, rz = 30 ohms. What is Vout? What is the current through D5? Current through D7?

The conductance of a 9230 resistance is a) 1.08 * 10-3 mho b) 1.08 * 10-4 mho c) 1.02 * 10-3 mho d) 1.02 * 104 mho