single phase full wave comverter

Single Phase Full Wave Converter 
                                                  in this circuit that a single phase full wave converter in which when the input is applied in it when positive peak is applied on it .and the gate impulse is given on the thyrister gate impulse then thyrister T1 & T2 will conduct and T3 AND T4 will not conduct on it .
                                                 while in in it when the negative peak is applied into it the thyrister T4 & T3 will conduct  and the voltage is applied through input it are appear on the output side .
                                              thats a pure resister load then its a resistive load ,  then the voltage is applied on the output , its a advantage is that no input voltage is applied we get the full voltage on the output side  and full dc voltage at the output . 

Read More

Single Phase Full Wave Rectifier

Single Phase Full Wave Rectifier :: 
                                                   as you can clearly see the above figure that is single phase half wave rectifier ,when the input is applied when positive peek is appear on diode d1 and diode will conduct in this type of wave when positive peek is given to it ,
                                                  when the negative peak is applied then in this diode d1 will not conduct and diode d2 will conduct in this .and the poisitve peak will also appear on the output side ,its mean in both direction we get the dc output peak to peak . so the desire output will apppear in the output side ..
                                                 In  this wave losses are less as compared with the single phase half wave rectifier ,so the advantage of single phase full wave rectifier are more . 🌝

Read More

designing of tranformer

Designing of Transformer ::
                                         it is not a easy way to design a tranformer ,for designing the transformer you have to basically know about what you are have to doing ,you are making the step up tranformer or step down transformer ,it is basically very important for all of us to know what we are desinging
                                      after knowing about your transformer you have to know about LV and HV and CORE . in LV low voltage while in HV we have a greater voltage . if we are making the step down tranformer ,then its mean we are making the step down tranformer and converting the high voltage into low voltage .
                               while in core designing steps are involved . in this two shapes are involved first one is axial view and second one is radial view .while in core we are taking the axial length , finding the diameter and then voltage per turn find after thsi steps are involved and core design . hope that is helpful for all of you ,
                               need you feedback and dont forget to subcribe this .  ↗？

Read More

single phase half wave rectifier

single phase half wave rectifier 
                                     single phase half wave rectifier in which when the input is applied AC and the output is DC . When we applied the ac voltage , positive peak will appear on the diode and diode will only conduct when anode is greater than cathode side . in this anode is greater than cathode so cathode will conduct and voltage appear on the output side and output in the dc appear on the resister .
                               when the negative peak is applied at the diode ,anode side is less than the cathode side so the ideal diode will not conduct and diode will open .so all the voltages appear on the diode and diode act as a short circuit and in the output side voltage will not appear . so in the figure clearly we can see all the waveform and output of the supply . 
                             so thats a single phase rectifier . we get the dc at the output side but the disadvantage is that we cannot get the input voltage at the aoutput side . losses are more in single phase rectfier .

Read More

Electrical Engineering Practicals

Electrical engineering (sometimes referred to as electrical and electronic engineering) is a professional engineering discipline that deals with the study and application of electricity, electronics and electromagnetism.

The field first became an identifiable occupation in the late nineteenth century with the commercialization of the electric telegraph and electrical power supply.

The field now covers a range of sub-disciplines including those that deal with power, optoelectronics, digital electronics, analog electronics, artificial intelligence, control systems, electronics, signal processing and telecommunications.

Read More