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Question #3 You have to your disposal the following lamps 4 lamps L1: L1a, L1b, L1c, L1d (60 V, 300 Watts), 2 lamps L2: L2a, L2b (120 V, 1200 Watts), 2 lamps L3: L3a, L3b (120 V, 600 Watts) and 6 lamps L4: L4a, L4b, L4c, L4d, L4e, L4f (120 V, 120 Watts) The lamps have being especially designed to work following the Ohm law, therefore their resistance wil be constant (will not change with the temperature) 3.1) Calculate the resistance of each lamps You have a dimmer with three output channels (Channel #1, Channel #2 and Channel #3) which allows the voltage to change from OV to 120V, with a maximum current of 16 amp. each. You need to connect the lamps at your disposal, in the way that the three channels will work at their maximum load (16 amp.) without the possibility to go over the maximum current. 3.2) Is it possible to use all the lamps you have at your disposal? Please answer Yes or No with your justification. 3.3) Select the lamps and draw the circuits of the lamps connected to each one of the output channels that will take maximum of 16 amp from each output when the output produces 120 V 3.4) Calculate the Power and the Current for each channel when the dimmer is providing 100% of the output (120 V) in each channel. Justify your answers with the calculations - No justification - No Points 3.5) The setup of the dimmer for the scene you want to light, required that with the lamps you chose fo each output channel, Voltage Channel #1 will be 50% (½), Voltage Channel #2 will be at 66.6% (2/3) and Voltage Channel #3 will be at 83.3% (5/6). Calculate the Voltage, Current and Power for each channel, the total power and current needed for the dimmer to work. The dimmer is connected to a power source of 120V, 10 KWatts

Question #3 You have to your disposal the following lamps 4 lamps L1: L1a, L1b, L1c, L1d (60 V, 300 Watts), 2 lamps L2: L2a, L2b (120 V, 1200 Watts), 2 lamps L3: L3a, L3b (120 V, 600 Watts) and 6 lamps L4: L4a, L4b, L4c, L4d, L4e, L4f (120 V, 120 Watts) The lamps have being especially designed to work following the Ohm law, therefore their resistance wil be constant (will not change with the temperature) 3.1) Calculate the resistance of each lamps You have a dimmer with three output channels (Channel #1, Channel #2 and Channel #3) which allows the voltage to change from OV to 120V, with a maximum current of 16 amp. each. You need to connect the lamps at your disposal, in the way that the three channels will work at their maximum load (16 amp.) without the possibility to go over the maximum current. 3.2) Is it possible to use all the lamps you have at your disposal? Please answer Yes or No with your justification. 3.3) Select the lamps and draw the circuits of the lamps connected to each one of the output channels that will take maximum of 16 amp from each output when the output produces 120 V 3.4) Calculate the Power and the Current for each channel when the dimmer is providing 100% of the output (120 V) in each channel. Justify your answers with the calculations - No justification - No Points 3.5) The setup of the dimmer for the scene you want to light, required that with the lamps you chose fo each output channel, Voltage Channel #1 will be 50% (½), Voltage Channel #2 will be at 66.6% (2/3) and Voltage Channel #3 will be at 83.3% (5/6). Calculate the Voltage, Current and Power for each channel, the total power and current needed for the dimmer to work. The dimmer is connected to a power source of 120V, 10 KWatts

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Question #3 You have to your disposal the following lamps 4 lamps L1: L1a, L1b, L1c, L1d (60 V, 300 Watts), 2 lamps L2: L2a, L2b (120 V, 1200 Watts), 2 lamps L3: L3a, L3b (120 V, 600 Watts) and 6 lamps L4: L4a, L4b, L4c, L4d, L4e, L4f (120 V, 120 Watts) The lamps have being especially designed to work following the Ohm law, therefore their resistance will be constant (will not change with the temperature) 3.1) Calculate the resistance of each lamps You have a dimmer with three output channels (Channel #1, Channel #2 and Channel #3) which allows the voltage to change from OV to 120V, with a maximum current of 16 amp. each. You need to connect the lamps at your disposal, in the way that the three channels will work at their maximum load (16 amp.) without the possibility to go over the maximum current. 3.2) Is it possible to use all the lamps you have at your disposal? Please answer Yes or No with your justification. 3.3) Select the lamps and draw the circuits of the lamps connected to each one of the output channels that will take maximum of 16 amp from each output when the output produces 120 V 3.4) Calculate the Power and the Current for each channel when the dimmer is providing 100% of the output (120 V) in each channel. Justify your answers with the calculations - No justification - No Points 3.5) The setup of the dimmer for the scene you want to light, required that with the lamps you chose for each output channel, Voltage Channel #1 will be 50% (½), Voltage Channel #2 will be at 66.6% (2/3) and Voltage Channel #3 will be at 83.3% (5/6). Calculate the Voltage, Current and Power for each channel, the total power and current needed for the dimmer to work. The dimmer is connected to a power source of 120V, 10 KWatts
Transcribed Image Text:Question #3 You have to your disposal the following lamps 4 lamps L1: L1a, L1b, L1c, L1d (60 V, 300 Watts), 2 lamps L2: L2a, L2b (120 V, 1200 Watts), 2 lamps L3: L3a, L3b (120 V, 600 Watts) and 6 lamps L4: L4a, L4b, L4c, L4d, L4e, L4f (120 V, 120 Watts) The lamps have being especially designed to work following the Ohm law, therefore their resistance will be constant (will not change with the temperature) 3.1) Calculate the resistance of each lamps You have a dimmer with three output channels (Channel #1, Channel #2 and Channel #3) which allows the voltage to change from OV to 120V, with a maximum current of 16 amp. each. You need to connect the lamps at your disposal, in the way that the three channels will work at their maximum load (16 amp.) without the possibility to go over the maximum current. 3.2) Is it possible to use all the lamps you have at your disposal? Please answer Yes or No with your justification. 3.3) Select the lamps and draw the circuits of the lamps connected to each one of the output channels that will take maximum of 16 amp from each output when the output produces 120 V 3.4) Calculate the Power and the Current for each channel when the dimmer is providing 100% of the output (120 V) in each channel. Justify your answers with the calculations - No justification - No Points 3.5) The setup of the dimmer for the scene you want to light, required that with the lamps you chose for each output channel, Voltage Channel #1 will be 50% (½), Voltage Channel #2 will be at 66.6% (2/3) and Voltage Channel #3 will be at 83.3% (5/6). Calculate the Voltage, Current and Power for each channel, the total power and current needed for the dimmer to work. The dimmer is connected to a power source of 120V, 10 KWatts
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