Objectives To analyze a resistive circuit using node or mesh analysis. To verify the superposition principle. Equipment Breadboard DC power supply Digital multimeter DMM Background Electrical circuit analysis is the process of finding the voltages across and the currents through every component in the network.
One is to find the short-circuit current i sc , then find R t using The other method usually used in less complicated circuits involves deactivating the sources in the circuit, i. The four parameters V oc , R t , i sc and G n are related by For linear circuits containing two or more independent sources, the superposition principle can also be used for circuit analysis. Preparation A. Leave AB open, as shown in Figure 3 — 2 b. Use nodal analysis to calculate the voltage across each resistor as well as the voltage across AB, V AB.
Connect a resistor between nodes A and B. Leave AB open. Cascade the designed Circuit A in series with the designed Circuit B as shown in Figure 3 — 3 c and then, determine the output voltage, V Z in terms of the input voltage, V X. Explain your reasoning in detail. Simulate the circuit in Figure 3 — 2 a using MultiSim. Simulate the circuit in Figure 3 — 2 b using MultiSim. For all the designed circuits in Figure 3 — 3, set the input voltage to be 9V and use a DMM to read the output voltage.
Topics linux security tcp dhcp network udp snmp nat routing icmp multicast network-test gns3 cisco-ios network-lab network-train. Releases 42 Release 1. May 12, Packages 0 No packages published.
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Table 1. The exercises involved in project development. Name of the Activity. CO- Implementation of Stop and Wait Protocol and sliding window. Implementation and study of Go back-N and selective repeat protocols.
Study of Socket Programming and Client — Server model. Network Topology - Star, Bus,Ring. Implementation of distance vector routing algorithm. Implementation of Link state routing algorithm. Encryption and decryption.
Implementing a wireless sensor network. Simulate a Mobile Adhoc Network. Table 2. Suggested domain for the mini-projects.
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