Dime wah schematic!

Started by Arno van der Heijden, February 18, 2005, 01:52:11 PM

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MR COFFEE

Gringo,

I'd like a copy of your PCB layout for the Wylde OD also.
:)
Thanks,
Bart

Gringo

No email address, no mailed pdf  :lol:
Cut it large, and smash it into place with a hammer.
http://gringo.webhop.net

jimbob

Gringo- Id like that pdf as well

thanks

jim
"I think somebody should come up with a way to breed a very large shrimp. That way, you could ride him, then after you camped at night, you could eat him. How about it, science?"

Gringo

jimbob, mr coffee, nabo, i'd need your mail addresses ;)
Cut it large, and smash it into place with a hammer.
http://gringo.webhop.net

NaBo

same as my msn, in my profile

thanks!

gak

i would like a copy too  :D

guitarmonky55

Quote from: GringoI've got a pdf (same style as the ROG ones) for the zakk od, so get ready ;)

I'll mail it to anyone interested.


please please please PLEASE?!  graph100@aol.com is the addy.  i love you!

Nikolay

Quoteplease please please PLEASE
Send me too ;)
nikifena@yahoo.com

ESPm2M

please sent that pdf my way as well.

thanks!

Gringo

Quote from: ESPm2Mplease sent that pdf my way as well.

thanks!

I'll need you mail adress...

All other requests served :)

Marcos will be uploading it to his site, too. I never thought this pdf would be so popular  :shock:
Cut it large, and smash it into place with a hammer.
http://gringo.webhop.net

Ken

G'day all

Just re: the MXR ZW-44 schematic http://forum.musikding.de/attachements/MXR_ZW-44_Wylde.jpgl

the second opamp dosent seem to have a bias res. please correct me if I'm wrong.

Cheers Ken.

Ken

sorry I have no idea how to edit posts the link had an l on the end for some reason!!!!!!

http://forum.musikding.de/attachements/MXR_ZW-44_Wylde.jpg

Marcos - Munky

The file it's in my site now.

Elektrojänis

Quote from: Ken
the second opamp dosent seem to have a bias res. please correct me if I'm wrong.

I'm not sure, but I think it does not need one... The first opamp stage is biased and it's output should be "floating" at 4,5V. There is no DC-decoupling between stages so the positive input of the next stage is also at 4,5V (the 10k resistor shouldn't affect it much as the input impedance of the opamp is very high anyway, or probably at least 500k).