Design a Single-phase bridge rectifier that is required to energize a load with (X) Watts and with max IDC≤ 2A with voltage ripples must not exceed 5%. - Determine the system parameters and select the appropriate transformer, didoes and filter -Plot the waveforms.
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Design a Single-phase bridge rectifier that is required to energize a load with (X) Watts and with max IDC≤ 2A with voltage ripples must not exceed 5%.
- Determine the system parameters and select the appropriate transformer, didoes and filter
-Plot the waveforms.
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- Explain the difference between cumulative- and differential-compounded connections.(i) A fully-controlled single-phase bridge rectifier is supplied from a 50Hz, 220/120 V transformer .The rectifier supplying a highly inductive load of 10 Ohm resistor. For a firing angle of 45º, determine the rectified voltage, the rectified current and the power factor. (ii) If the current extinction angle β =200˚; Determine whether the current is continuous or discontinuous (iii) Sketch the appropriate load voltage and load current waveformwrite down the formulae for 3-phase fully controlled,full wave rectifier with inductive load for the following parameters: Average DC voltagerms voltagepeak inverse voltagerms currentaverage DC currentefficiencyfiring angleextinction anglepower outputpower inputform factorripple factordistortion factortotal harmonic distortiondisplacement factorpower factor of rectifier. Please answer all subpart...
- Q ) For the full- wave uncontrolled rectifier circuit supplying a series resistive Thesupply voltage is v =300 sinωt , the supply frequency is 50 Hz and the loadparameter values are: R =05 Ω,a) Sketch the diagram of electrical circuitb) Sketch the load voltage and current waveforms .c) Calculate the load currentd) Calculate the average DC load voltage Vdc .e) Calculate the supply power to the loai) Draw the circuit diagram of the single phase full wave controlled rectifier (RL load) with center-tapped transformer and compare its performance with uncontrolled rectifier operation. (ii) A single phase fully controlled bridge rectifier circuit has DC output voltage 175 V for an AC supply voltage of 210 V rms. Find the firing angle delay of the circuit for the following cases (a) Converter mode (b) Inverter modeA single-phase center-tapped transformer rectifier has an ac source of 240 V rms and 60 Hz. The overall transformer turns ratio is 3:1 (80 V between the extreme ends of the secondary and 40 V on each tap). The load is a resistance of 462 Ω. Determine (a) the average load current, (b) the rms load current, (c) the average source current, and (d) the rms source current. Sketch the current waveforms of the load and the source
- 1- A testing transformer 220 V/100 kV (rms), 50 Hz is supplying a half wave rectifier circuit. If the load resistance is 5 MΩ, find: a- The value of the smoothing capacitor so that the time constant is 10 times the supply periodical time. b- The rated peak inverse voltage (PIV) of the rectifier. c- The number of series connected rectifiers if the rated PIV of a rectifier is 20 kV. d- The ripple and the output voltages. the sub-parts to be solved.1- A testing transformer 220 V/100 kV (rms), 50 Hz is supplying a half wave rectifier circuit. If the load resistance is 5 MΩ, find: a- The value of the smoothing capacitor so that the time constant is 10 times the supply periodical time. b- The rated peak inverse voltage (PIV) of the rectifier. c- The number of series connected rectifiers if the rated PIV of a rectifier is 20 kV. d- The ripple and the output voltages.In the Philippines, we use 220 volts at 60 hertz in outlets. Why do we need to use that? Why do not we just rather use direct current in our transmission lines? Elaborate and justify using the concept of rectifier circuits.
- A group of UTAS-Nizwa students are working on a project entitled "Gas leak detector alarm" for their final year in Diploma level. The circuit works on DC voltage of 16 volts and DC current of 7 milliampere. Students need to design a power supply circuit for their project. Consider an RMS voltage input of 220 volt, 60 Hz. Using a Full Wave Bridge Rectifier with Transformer, Silicon diode and Capacitor Filter, Design the power supply. a. Compute for the load resistance, peak output voltage, input peak voltage to the diodes (secondary voltage), peak input voltage and the turns ratio of the transformer. 1. What is the value of the load resistance? b. Draw the Power Supply circuit (capacitor filter connected in parallel with the resistor) and write the computed values (No value for the capacitor).Consider the adjacent circuit diagram of three different rectifier topologies connected to an 346 Volt three-phase AC system. Assume a load resistance of 36Ω in ALL instances with NO losses in the rest of the circuit. Observe the connections to the AC supply and determine the parameters for, Rectifier A: 1) the maximum voltage across the load and the dc load voltage; 2) the r.m.s. load voltage and the rectification efficiency; 3 the r.m.s. current rating of the diodes and the conduction period of a single diode; 4 the PIV rating of the diodesI need to power a 15kw/20HP DC Motor with a rectified 24VDC from a step down transformer with input of 11A and output of 103A/12VAC -24VAC. What is the required Capacitance needed to ensure ripples are cleared and also gives a steady VDC of 24VDC to the DC Motor to run quite well. Please, all note that the rectifier is a full wave rectifier of 100A...
