It's really a little annoying when books are used. Remember to keep this microphone there after I bought it and it was useless for a while. Once I suddenly thought about it, I found my microphone. But who once thought it was actually broken? What should I do? I can't do it, but I can only repair it. I can do it myself, hey.
I thought it might be that the line was broken. At that time, there was no Multimeter in the house. It was too troublesome to buy it now. Just use the stupid method. After thinking about it, you can't cut all the lines so long. If you're lucky, you can cut the lines by half and re-wire them. After a long time, you can connect them, no sound, depressing!
Isn't it a line problem, so I started to fold the microphone, not to fold well, a dumb, there is a battery, at that time, I thought the seller did not say that there was a battery. You don't need the battery for a long time. This is called the importance of knowledge. capacitive microphones work by battery power supply. Alas .......
No way, buy a battery, wait for it to be installed, it still does not sound, and looking for a problem for a long time, the line is still broken, it can only be connected. When I opened it, I saw three wires and three legs, but how did I pick it up? I got a big head, And I found another wiring method for shutting down the sky from the internet. I didn't write it clearly. Alas, maybe this is too simple, so everyone's "Great gods" wrote that deep, that oh, so that's why we're so cool .........
Canonnong head method:
1. Connection Between canonnong head and microphone (the same method for connection between the male and mother heads) One-pin connection to the screen cable and the shell (screen), two-pin connection to the red line (signal line ), 3-pin white wire (ground ).
2. Parameter debugging and combination of microphone and power amplifier headers: 1-pin shielded wire, 2-pin signal cable (red), 3-pin grounding wire (white); Public head: it is actually a signal feedback to adjust the call between the two sides. It is mainly related to the parameter debugging and matching between the microphone head and the power amplifier. The microphone signal cannot be enlarged too much, there are a lot of devices that can suppress feedback, and it is difficult for me to say that the balance method should be involved in the clip header.
Good below take my microphone as an example, my microphone is a MS-M300 phantom capacitive microphone
Three cables, one white line, one red line, and one bare line
I found the information for half a day and understood that it should be a white line connected to the cold end, a red line connected to the hot end, and a bare line connected to the shield end
Finally, it's okay. My mike is working normally again, so I can go to kgehello. Hey, hey !!!