An FWR using a centre-tapped Transformer Supplies an average voltage of 120V to a 250 kΩ load Calculate (a) the peak value of output voltage (b) The required Transformer secondary voltage (rms value) (c) Average Current delivered to load (d) Average current through each of the diodes. (e) Peak Current through each of the diodes (f) PIV requirements for each of the diodes. AC supply voltage is 230V and assume ideal diodes.
An FWR using a centre-tapped Transformer Supplies an average voltage of 120V to a 250 kΩ load Calculate (a) the peak value of output voltage (b) The required Transformer secondary voltage (rms value) (c) Average Current delivered to load (d) Average current through each of the diodes. (e) Peak Current through each of the diodes (f) PIV requirements for each of the diodes. AC supply voltage is 230V and assume ideal diodes.
Chapter19: Special-purpose Outlets-water Pump, Water Heater
Section19.2: Water Heater Branch Circuit
Problem 8R: For residential water heaters, the Consumer Product Safety Commission suggests a maximum temperature...
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An FWR using a centre-tapped Transformer Supplies an average voltage of 120V to a 250 kΩ load
Calculate
(a) the peak value of output voltage
(b) The required Transformer secondary voltage (rms value)
(c) Average Current delivered to load
(d) Average current through each of the diodes.
(e) Peak Current through each of the diodes (f) PIV requirements for each of the diodes.
AC supply voltage is 230V and assume ideal diodes.
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