4.6 Common-Source Amplifier The common-source amplifier circuit pictured in Figure 4.6 is studied in this problem. Figure 4.6: Circuit for Problem 4.6 Use the following circuit …

First, we will simulate the circuit using NI Multisim, and then build it and test it using the NI myRAQ board. 1. Simulation of an Integrator Circuit 1- Create a new project in NI Multisim and …

Question: Experiment 2: (Experimenting with a transistor as a switch) 35 points 11-Implement the following circuit on NI Multisim 14.2 and perform the following: a- Set the voltage amplitude to …

b Simulate the mentioned circuit using Multisim software. Attach screenshots of the simulated circuit c Use an oscilloscope to test and display the output signals as waveforms, visual …

Jan 1, 2026 · Apparatus: • NI Multisim • 74LS 00 (NAND gate); 74LS 08 (AND gate) • 74LS 04 chip (Inverter) • 74LS 02 chip (NOR gate); 74LS 32 chip (OR gate); Introduction to logic design …

Use NI MultiSim to simulate the circuit in Figure 3-3 in the conditions of 0 and 0 (open circuit voltage and short circuit current) and to determine the various currents and voltages as …

I don't need the actual problem solved, just the NI Multisim replication The only parameters in relation to the multisim diagram that matter are the given component specs and the switches …

Question: Determina los valores de las corrientes de cada una de las mallas ( 10 ptos.), el valor de la corriente Ib ( 5 ptos.) yel valor del voltaje en el resistor de 150Ω ( 5 …

Jan 1, 2026 · Expand the Design using NI Multisim: Expand the design by adding components to increase to four inputs (A, B, C, and D) and two additional DFFs--so four DFFs are rippled. Set …

Series RLC Circuit using NI Multisim In this section, we will simulate an RLC bandpass filter (BPF) to obtain its frequency response. We will also determine its center frequency and bandwidth …