@Luckyadnan
“Follow” the attached schematic of the original AKG-Telefunken ELA-M 251E circuit to find it where it is, not only the resistor’s colors, because we don’t have in any way any true and real evidence that Warm Audio stays so much as “tutorials” to the original AKG-Telefunken ELA-M 251E values for their WA-251 clone microphone as they wrote that their microphone it is:
“True Recreation Of A Studio Classic Revered For Warm And Balanced Tones”…
What the Fukking Hell, we are talking about the same company that they use 5751 pre-amp tubes in a CCDA circuit and after that they dare to “name” their microphone as WA-47 and much more than that, they dare to “claim” in total madness that their WA-47 is or could ever be or will be in any way the:
“Authentic Reproduction Of The Most Coveted Mic For Timeless Studio Sound”….
What a joke man it is this company, what a joke!...
The Cathode Resistor as it is obiously it is connected with the Cathode of the valve, so it will be a little bit tricky for you that you have to look undersides at the tube base and see if the pin 3 or the pin 8 (cathodes) are connected with the 1.8 KΩ Cathode Resistor (Typical AKG-Siemens SM-203, AKG-Telefunken ELA-M 251E) and then to replace this Cathode Resistor with the 2.7 KΩ Cathode Resistor and off course to replace the 6072-12AY7 tube with the ECC81 / 12AT7 Gold Balanced JJ (€34,33)…
In the same way the Grid-leak Resistor as it is obiously it is connected with the Grid of the valve, so it will be a little bit tricky for you that you have to look undersides at the tube base and see if the pin 2 or the pin 7 (Grids) are connected with the 30 MΩ Grid-leak Resistor and then to replace this Grid-leak Resistor with the 200 MΩ Grid-leak Resistor…
