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It is required to connect a 10-V source with a source resistance of 100 k2 to a 1-k2 load. Find the voltage that will appear across the load if: (i) The source is connected directly to the load. (ii) A unity-gain op-amp buffer is inserted between the source and the load. In each case find the load current and the current supplied by the source. Where does the load current come from in ce(ii)?

It is required to connect a 10-V source with a source resistance of 100 k2 to a 1-k2 load. Find the voltage that will appear across the load if: (i) The source is connected directly to the load. (ii) A unity-gain op-amp buffer is inserted between the source and the load. In each case find the load current and the current supplied by the source. Where does the load current come from in ce(ii)?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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(a) It is required to connect a 10-V source with a source resistance of 100 k2 to a 1-k2 load. Find the voltage that will appear across the load in: (i) The source is connected directly to the load. (ii) A unity-gain op-amp buffer is inserted between the source and the load. In each case find the load current and the current supplied by the source. Where does the load current come from ince (ii)?
Transcribed Image Text:(a) It is required to connect a 10-V source with a source resistance of 100 k2 to a 1-k2 load. Find the voltage that will appear across the load in: (i) The source is connected directly to the load. (ii) A unity-gain op-amp buffer is inserted between the source and the load. In each case find the load current and the current supplied by the source. Where does the load current come from ince (ii)?
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