Sir does the direct deflection method is more efficient than loss of charge method, as it has a guard ring to bypass the leakage current flowing through the surface of the insulation material? As we are not considering any leakage resistance in loss of charge method and calculating the resistance...pls reply sir..
6:18 sir we repeated the samw thing by replacing Rx with open circuit. Why? We can directly use this case(leaving the capacitor terminal open to discharge through air) and hence we can directly found R leakage. Bcoz in this case R effective will be similar to R leakage so we can directly got that R leakage. I think our main aim is to found leakage resistance Please correct me where I am wrong 🙏🙏
Totally cleared my concept. Thank you so much sir. ❤
Sir does the direct deflection method is more efficient than loss of charge method, as it has a guard ring to bypass the leakage current flowing through the surface of the insulation material? As we are not considering any leakage resistance in loss of charge method and calculating the resistance...pls reply sir..
@@lecturesinelectricaleng sir can u pls why..
6:18 sir we repeated the samw thing by replacing Rx with open circuit. Why? We can directly use this case(leaving the capacitor terminal open to discharge through air) and hence we can directly found R leakage.
Bcoz in this case R effective will be similar to R leakage so we can directly got that R leakage. I think our main aim is to found leakage resistance
Please correct me where I am wrong 🙏🙏
Very good . Thanks 🙏🙏🙏🙏🙏
Thanking you sir
Nice sir