Thank you so much, my brother!
Yes, it was indeed a “loud bang after a long silence” — sometimes we disappear into the workshop for deep repairs, but we always come back stronger!
I truly appreciate your kind words and encouragement. Sorry about the blank pictures on your side — I’ll double-check that so everyone can follow the lesson clearly. Technical repair is best when we see every stage step by step.
Greetings from Nairobi, Kenya — and thank you for the warm welcome back! More practical lessons coming soon.
Stay blessed and keep repairing!

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Thank you so much for your thoughtful comment!
You’re absolutely right — repairing these devices is never an easy walk. It takes patience, careful diagnosis, and sometimes going beyond just the obvious faulty parts. Replacing everything in the stressed or faulty section really helps ensure reliability and prevents repeat failure.
I truly appreciate your support and encouragement. Wishing you successful repairs and a blessed day too!

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Thank you so much, my friend! I truly appreciate your honest feedback.
Yes, many of us used to replace only the shorted transistors — it works in some cases — but as you've noticed, going a bit deeper helps improve reliability and long-term performance. That’s how we all keep growing in this repair journey.
I’m really glad you found value in the article, and I’ll definitely be sharing more practical insights soon. Thanks again for your support!

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Good point In cases of shorted outputs, replacing the full set can definitely help maintain symmetry between channels, especially where matching is critical. I always evaluate the condition of the remaining devices before deciding the best approach.

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Thank you so much! I truly appreciate your kind words. I always believe in going step by step through every stage to ensure the repair is thorough and reliable. Glad you liked the process!

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