(i) Draw the block diagram of power carrier communication. (a

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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(i) Draw the block diagram of power carrier
communication. (a
(ii) A domestic consumer having 25 lamps of
60 Watt each is operating the lamps in a day as
mentioned below :
8 lamps from 5 pm till 8 pm
18 lamps from 8 pm till 10 pm
12 lamps from 10 pm till 12 pm
(a) Determine the connected load, the
maximum demand, the demand factor, and the
daily load facto.
(b) Determine the new maximum demand and
load factor if a 1 kW heater is used from 2 pm
till 5 pm and a 5 kW air conditioner is used from
8 pm till 11 pm in addition to the above-
mentioned loads.
(ii)
a1) Connected load
a2) Maximum Demand
a3) Demand Factor
a4) Daily Load Factor
(ii)
b1) New Maximum Demand
b2) New Load Factor
Transcribed Image Text:(i) Draw the block diagram of power carrier communication. (a (ii) A domestic consumer having 25 lamps of 60 Watt each is operating the lamps in a day as mentioned below : 8 lamps from 5 pm till 8 pm 18 lamps from 8 pm till 10 pm 12 lamps from 10 pm till 12 pm (a) Determine the connected load, the maximum demand, the demand factor, and the daily load facto. (b) Determine the new maximum demand and load factor if a 1 kW heater is used from 2 pm till 5 pm and a 5 kW air conditioner is used from 8 pm till 11 pm in addition to the above- mentioned loads. (ii) a1) Connected load a2) Maximum Demand a3) Demand Factor a4) Daily Load Factor (ii) b1) New Maximum Demand b2) New Load Factor
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