Power supplies power supplies this week you will build a regulated power supply. each subsystem - transformer, bridge rectifier, filter and voltage regulator is examined and the voltages and waveforms are analyzed. you will troubleshoot the system for failures and write a short report. caution: you are working near 115v ac voltage. be very careful and if you have any questions, ask the professor before proceeding. a. draw and discuss the subsystems of an ac to dc regulated power supply. a. draw and label each of the subsystems of a regulated power supply. b. describe briefly the purpose of each subsystem. b. use a bridge rectifier's data sheet to determine its operating parameters.
a. using the data sheet for a w04m or similar device, determine and record the pin configuration and maximum operating characteristics. package drawing and pin configuration: b youtu dov e maximum ratings and electrical characteristics: peak repetitive reverse voltage (v ): rms reverse voltage (v ): average rectified output current (1.): forward voltage (v): – c. given a full-wave bridge rectifier schematic, calculate the rms and peak-to-peak output voltage of the transformer's secondary. draw and label the time domain output waveform of the transformer's secondary side. use the schematic to simulate the
circuit. record the transformer's primary, secondary voltages an the dc load voltage. record the input and output waveforms of the bridge. compare the simulated results to the calculated values. schematic: ts_power _10_to_1 60 hz obeg 3n46 a. use the schematic to determine or calculate the following values: va uboobs bhs shown to b. draw and label the input and output waveforms of the bridge. c. download the ps1.ms multisim file or create the circuit. run the simulation and record the following: