The sound is great, but the volume was too high for listening at night, so I added resistors to the speaker units. The minimum volume of the Bluetooth speaker itself was quite loud. I used a variable resistor to measure and find the appropriate resistance value. Connecting two Bluetooth speakers in TWS (True Wireless Stereo) mode makes the sound even better.❤❤❤
Good video, congratulations, but please, why you are putting 2 units of 15 ohms resistor in the speaker positive ? it is for final impedance ? how it is calculated ? thank you
Thank you for your question. The two 15-ohm resistors in the speaker positive help to reduce the volume to a more comfortable level for night listening. By adding resistors, the total impedance of the speaker system increases, which lowers the overall output volume. To calculate the final impedance, you can use the formula for resistors in series: Z_total = Z_speaker + Z_resistors For example, if your speaker has an impedance of 8 ohms and you add two 15-ohm resistors in series, the final impedance would be: Z_total = 8 ohms + 15 ohms + 15 ohms = 38 ohms This higher impedance results in a lower volume output from the speaker.
If your speaker overheats, it can be very dangerous. First, immediately disconnect the power, remove the battery, and place the device in a cool area to let it cool down completely. Be cautious, as an overheated battery or device can pose a fire risk. If the issue persists after it has cooled down, do not attempt to repair it yourself. It's safest to visit an official JBL service center or a professional repair shop for expert assistance.
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why'd you put resistor to the woofers?
The sound is great, but the volume was too high for listening at night, so I added resistors to the speaker units. The minimum volume of the Bluetooth speaker itself was quite loud. I used a variable resistor to measure and find the appropriate resistance value. Connecting two Bluetooth speakers in TWS (True Wireless Stereo) mode makes the sound even better.❤❤❤
😢 Me puedes ayudar en decirme q puedo hacer xfa me urge muchas gracias
Overheating can be dangerous. It is best to remove the battery and seek professional assistance.
Good video, congratulations, but please, why you are putting 2 units of 15 ohms resistor in the speaker positive ? it is for final impedance ? how it is calculated ? thank you
Thank you for your question. The two 15-ohm resistors in the speaker positive help to reduce the volume to a more comfortable level for night listening. By adding resistors, the total impedance of the speaker system increases, which lowers the overall output volume. To calculate the final impedance, you can use the formula for resistors in series:
Z_total = Z_speaker + Z_resistors
For example, if your speaker has an impedance of 8 ohms and you add two 15-ohm resistors in series, the final impedance would be:
Z_total = 8 ohms + 15 ohms + 15 ohms = 38 ohms
This higher impedance results in a lower volume output from the speaker.
@@LocronanDIY it's not necessary though, right? Will it work fine n safe even without the resistors? If I'm fine with the volume output
@@monkeypoo8511 It’s okay not to use resistors. I added resistors because the volume was too high at night.
nice work bro 👍
Thank you! I appreciate your support 😊
Tengo una bocina JBL me equivoqué y puse el de la pila en donde van las bocinas se calentó mucho y ahora ya no prende que puedo hacer
If your speaker overheats, it can be very dangerous. First, immediately disconnect the power, remove the battery, and place the device in a cool area to let it cool down completely. Be cautious, as an overheated battery or device can pose a fire risk.
If the issue persists after it has cooled down, do not attempt to repair it yourself. It's safest to visit an official JBL service center or a professional repair shop for expert assistance.
bro got JBL from temu😭
Haha, caught me! Just spicing things up a bit. Temu's got some undercover JBLs!😄😊
رايد١٠٠ واحد
😅😅😅😢😢😢😢👺👺👺👺
that was fake jbl
LOL, sharp eye! Just put it on for fun.😀😀😀
And my favorite speaker was...
F.
Fake jbl