S Steven711 New member Yesterday at 11:42 AM #1 Super bummed that my Deflector died after it was mistakenly plugged into live 9VDC. Heard a tiny pop then crickets. I’m guessing the eeprom is fried. I will swap it. Pedalpcb should update their Deflector to the new Afterneath v3!!!
Super bummed that my Deflector died after it was mistakenly plugged into live 9VDC. Heard a tiny pop then crickets. I’m guessing the eeprom is fried. I will swap it. Pedalpcb should update their Deflector to the new Afterneath v3!!!
Erik S Well-known member Yesterday at 11:58 AM #2 Isn't it supposed to run on 9v DC? Upvote 0 Downvote
G Gordo Well-known member Yesterday at 12:04 PM #3 Yeah, this was my question. Thinking you mean 9vAC? Regardless I suspect the diode jumped on the grenade before it got anything else. Upvote 0 Downvote
Yeah, this was my question. Thinking you mean 9vAC? Regardless I suspect the diode jumped on the grenade before it got anything else.
jimilee Well-known member Yesterday at 1:12 PM #4 Gordo said: Yeah, this was my question. Thinking you mean 9vAC? Regardless I suspect the diode jumped on the grenade before it got anything else. Click to expand... Nope, supposed to be 9V DC. I bet you plugged it into 9V AC. Upvote 0 Downvote
Gordo said: Yeah, this was my question. Thinking you mean 9vAC? Regardless I suspect the diode jumped on the grenade before it got anything else. Click to expand... Nope, supposed to be 9V DC. I bet you plugged it into 9V AC.
falco_femoralis Well-known member Yesterday at 6:37 PM #5 Gordo said: Yeah, this was my question. Thinking you mean 9vAC? Regardless I suspect the diode jumped on the grenade before it got anything else. Click to expand... Literally why they're called die-odes Upvote 0 Downvote
Gordo said: Yeah, this was my question. Thinking you mean 9vAC? Regardless I suspect the diode jumped on the grenade before it got anything else. Click to expand... Literally why they're called die-odes
owlexifry Well-known member Yesterday at 10:43 PM #6 falco_femoralis said: Literally why they're called die-odes Click to expand... RIP Shottky a faithful companion, loved by all, dearly missed. Upvote 0 Downvote
falco_femoralis said: Literally why they're called die-odes Click to expand... RIP Shottky a faithful companion, loved by all, dearly missed.
Robert Reverse Engineer Today at 12:57 AM #7 It's a series diode so it should have half-wave rectified the AC and produced a DC voltage... it certainly shouldn't have failed. The sole purpose of the diode is to protect the circuit against reverse polarity, and that's exactly what AC is half of the time. I think we need more clarification about what this was plugged into and what it actually does / doesn't do. No sound whatsoever wouldn't be caused by the EEPROM. It certainly doesn't eliminate the EEPROM as defective, but a bad EEPROM wouldn't affect the dry signal path. Does the LED light? Do you have a dry/clean signal when Mix is turned all the way down? If you have a DMM, measure the voltage on the input and output of the 3.3V regulator. Is this just a ploy for a v3 upgrade? Upvote 0 Downvote
It's a series diode so it should have half-wave rectified the AC and produced a DC voltage... it certainly shouldn't have failed. The sole purpose of the diode is to protect the circuit against reverse polarity, and that's exactly what AC is half of the time. I think we need more clarification about what this was plugged into and what it actually does / doesn't do. No sound whatsoever wouldn't be caused by the EEPROM. It certainly doesn't eliminate the EEPROM as defective, but a bad EEPROM wouldn't affect the dry signal path. Does the LED light? Do you have a dry/clean signal when Mix is turned all the way down? If you have a DMM, measure the voltage on the input and output of the 3.3V regulator. Is this just a ploy for a v3 upgrade?