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R₁ 200Ω R₂ 2000 - V3 R3 1000 Table 2 8= - R4 200Ω V2 R5 1000 R6 2000 V1 Vout R₁ 2000 Fig 3 1. Using Table 2, redraw the circuit with the zero voltage (0) in the table, replaced by a short circuit 2. Using Thevenin's Theorem calculate the voltage across and current in RL, when connected.

R₁ 200Ω R₂ 2000 - V3 R3 1000 Table 2 8= - R4 200Ω V2 R5 1000 R6 2000 V1 Vout R₁ 2000 Fig 3 1. Using Table 2, redraw the circuit with the zero voltage (0) in the table, replaced by a short circuit 2. Using Thevenin's Theorem calculate the voltage across and current in RL, when connected.

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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Part 3: Table 1 The circuit shown below in figure 3, is called a R2R Network and is the basis of a digital to analogue converter. You will investigate this circuit using Thevenin's Theorem, in order to calculate currents and voltages as specified below:
Transcribed Image Text:Part 3: Table 1 The circuit shown below in figure 3, is called a R2R Network and is the basis of a digital to analogue converter. You will investigate this circuit using Thevenin's Theorem, in order to calculate currents and voltages as specified below:
R₁ 200Ω R₂ 2000 V3 R3 1000 8 Table 2 - R4 200Ω V2 R5 1000 R6 2009 V1 Vout R₁ 2000 Fig 3 1. Using Table 2, redraw the circuit with the zero voltage (0) in the table, replaced by a short circuit. 2. Using Thevenin's Theorem calculate the voltage across and current in RL, when connected.
Transcribed Image Text:R₁ 200Ω R₂ 2000 V3 R3 1000 8 Table 2 - R4 200Ω V2 R5 1000 R6 2009 V1 Vout R₁ 2000 Fig 3 1. Using Table 2, redraw the circuit with the zero voltage (0) in the table, replaced by a short circuit. 2. Using Thevenin's Theorem calculate the voltage across and current in RL, when connected.
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