Sir i dont find the video about how to test the output of any ic .and where i should put my black lead to test output voltage of any ic.i dont clear what is that low rails( to put the black lead) to test the output voltage of ic.please again sir i request you to help me.
No, you should not replace a 450V 100µF capacitor with a 500V 47µF capacitor in a 135W, 19.5V, 6.92A laptop charger. Here's why: The capacitance value determines the amount of charge the capacitor can store. A lower capacitance (47µF) might not provide enough filtering or smoothing, which can lead to increased ripple voltage, reduced power supply performance, and potential instability in the output voltage of the charger.
Thank you so much Sir. I really like watching your videos. Please can you teach how us how to troubleshoot a laptop screen board thanks And I'll also like to have your WhatsApp number, I'll like you to be my mentor thanks
Thank you for your kind words! If you're enjoying my content and would like exclusive insights and mentorship, I invite you to join my Patreon page as a Mentorship Experience member. As part of this membership, you'll receive my WhatsApp number, and you'll be free to reach out to me 7/7. I'll be there to support you until any hardware issues you have are resolved. Looking forward to connecting with you!
Sir i dont find the video about how to test the output of any ic .and where i should put my black lead to test output voltage of any ic.i dont clear what is that low rails( to put the black lead) to test the output voltage of ic.please again sir i request you to help me.
Thannks guruu
Thank you too bro. If you have any questions along the way, feel free to reach out. Best of luck on your learning
Sir can i replace 450v 100uf capacitor with 500v 47uf capacitor in 135w 19.5v 6.92a laptop charger ❓
No, you should not replace a 450V 100µF capacitor with a 500V 47µF capacitor in a 135W, 19.5V, 6.92A laptop charger. Here's why:
The capacitance value determines the amount of charge the capacitor can store. A lower capacitance (47µF) might not provide enough filtering or smoothing, which can lead to increased ripple voltage, reduced power supply performance, and potential instability in the output voltage of the charger.
Thank you so much Sir.
I really like watching your videos.
Please can you teach how us how to troubleshoot a laptop screen board thanks
And I'll also like to have your WhatsApp number, I'll like you to be my mentor thanks
Thank you for your kind words! If you're enjoying my content and would like exclusive insights and mentorship, I invite you to join my Patreon page as a Mentorship Experience member. As part of this membership, you'll receive my WhatsApp number, and you'll be free to reach out to me 7/7. I'll be there to support you until any hardware issues you have are resolved. Looking forward to connecting with you!
ok sir how do I join ur patron page thanks@@electronicsrepairbasics_erb