what does it measure with your meter ? thats if your meter does inductance
I have not tried to measure it, however this happened, this inductor is mounted on a controller card for a dj, a little while ago it burned out, and carelessly I thought it was a resistance and in fact I replaced it with a resistance and strangely everything worked, after some time reopening the photo I realized that it was an inductor and now I would like to replace the component with the right one
You probably replaced it with a 100 or 150 ohm resistor, it'd indeed likely work. I suspect anything should be fine, even leaving the resistor there too, though you probably get some voltage sag or noise transmission on the other end. But depending on lighting and color of the middle band - probably black - I'd also say it's a 100µH inductor.
You probably replaced it with a 100 or 150 ohm resistor, it'd indeed likely work. I suspect anything should be fine, even leaving the resistor there too, though you probably get some voltage sag or noise transmission on the other end. But depending on lighting and color of the middle band - probably black - I'd also say it's a 100µH inductor.
You probably replaced it with a 100 or 150 ohm resistor, it'd indeed likely work. I suspect anything should be fine, even leaving the resistor there too, though you probably get some voltage sag or noise transmission on the other end. But depending on lighting and color of the middle band - probably black - I'd also say it's a 100µH inductor.
the resistance was 100 ohms because I followed the colors of the inductor
100 uH is not equal to 100 DC resistance.
If you put resistor in place, then you need to measure the Vdrops at full load to make sure that the Vdrops is so high so the load is not getting enough Voltage to work properly.
The inductor will be high impedance to AC but very low resistance to DC.
Comment