¡LM386 es BASURA!... ¿o no? Te enseño a usarlo CORRECTAMENTE | UTSOURCE

📌UTSOURCE Electronic Components Store: https://www.utsource.net/?source=YouTube" 📌IGBTs: https://www.utsource.net/category/ele... 📌Capacitors: https://www.utsource.net/category/pas... 📌Diodes: https://www.utsource.net/category/ele... 📌Transistors: https://utsource.net/category/elec-co... 📌Darlington Transistors: https://www.utsource.net/category/ele... 📌Sensors: https://www.utsource.net/home/sensors 💻 Do you appreciate my work and want me to continue? If you wish, you can choose to provide financial support, which will be used to create more educational materials for this channel 💻 💙 PayPal: [email protected] 💙 👨‍💼👩‍💼 SOCIAL MEDIA: 👨‍💼👩‍💼 📘 Facebook: https://goo.gl/Qk7KNR 📘 📸 Instagram: https://goo.gl/ngSdYm 📸 🔮 TikTok: https://vm.tiktok.com/ZMRNB6gay🔮 📑 Business Email (FOR BUSINESS PURPOSES ONLY): 📑 📩 [email protected] 📩 00:00 Intro 01:17 LM386 Features and Applications 02:31 Explanation of the Internal Diagram 04:09 Typical Application Diagram 04:21 Power Supply and Output Power 05:39 Output Voltage vs. Supply Voltage 07:11 THD vs. Frequency 07:46 THD vs. Output Power 08:29 Conclusions from the Previous Graphs 08:55 Diagram to Use for Initial Assembly 09:21 Description of Instruments and Assembly 10:38 First Major Problem: Power Supply Decoupling 11:51 Second Major Problem: Static 15:21 Third Problem: Filtering the Differential Amplifier's Bias Current 15:55 Fourth Problem: Output High-Pass Filter 16:27 Final Diagram with All Modifications 16:31 Final Sound Check 17:40 Explanation of the Gain Increase 18:33 Explanation of the Low-frequency boost 19:28 Maximum power measurement 20:55 Final recommendation: Dirt paths #lm386 #audio #amplifier 319,030