T-Rex
Well-Known Member
Up for sale is a new PCB for a JCM800 50Watt style of cascaded amp. This board started off as a blank Granger PCB and I have populated and wired it for use in either a Marshall style JCM800 50watt amp or use it to build an amp of your own. This board is built from the best premium quality components that are either new or Vintage Old Stock. All plate resistors are 2watt Vishay metal film for quiet operation, and the rest of the resistors are either the same style Vishays or Vintage Old Stock 1/2watt Draloric carbon film resistors. The coupling caps are Philips MKT the same as Marshall used for a short period, dropping resistors are 3.75watt Dale, the bias resistors are 2watt Vishay metal film, tone bypass caps are Spraque, new fresh caps in the bias supply, and the board is wired with ValveStorm Top Coat Hookup wire, the very best and extra length for any application. The owner can reconfigure this board's rectifier diodes to use for a 100watt version of a 2203 type amp too ! Price is $189.00
Shipping is a flat $16 to the Continental US only by USPS Mail.
The components used on this board are:
Granger Amps blank PCB board
Vishay 2watt metal film resistors
Draloric 1/2watt Vintage Old Stock resistors
Dale 3.75watt dropping resistors
Philips MKT coupling caps
ValveStorm Top Coat Hookup wire
New fresh bias caps
Spraque bypass caps
UF4007 fast recovery diodes
Phier bias trim pot
Kester .031 solder on all solder joints
Turrets added for transformer bias feed wire, OT/Choke node, and Dropping resistor node




Shipping is a flat $16 to the Continental US only by USPS Mail.
The components used on this board are:
Granger Amps blank PCB board
Vishay 2watt metal film resistors
Draloric 1/2watt Vintage Old Stock resistors
Dale 3.75watt dropping resistors
Philips MKT coupling caps
ValveStorm Top Coat Hookup wire
New fresh bias caps
Spraque bypass caps
UF4007 fast recovery diodes
Phier bias trim pot
Kester .031 solder on all solder joints
Turrets added for transformer bias feed wire, OT/Choke node, and Dropping resistor node



