01-06-2020, 12:56 PM
Just following up on the last few comments, I have taken a closer
shot of the chassis to illustrate the layout...and have numbered the connections.
Other than having removed the diode and its associated cap (to improve visibility)
nothing else has been removed from/altered to this part of the circuit.
The wire coming from the near-bottom of the transformer goes to
the l/h tag on the lower tag-panel to which the red-end of
the diode also connects.
Nothing else connected to tag 1.
Tag 2 carries the black-end of the diode and one side of the capacitor.
The two 200K resistors centrally terminated on tag 3.
Tags 2 and 3 are common to each other.
Tag 4 carries the other end of the capacitor and the l/h side of the l/h resistor.
Tag 5 carries the r/h connection of the r/h 200k resistor and provides an output
which forms part of the radio/power-supply connecting cable.
I believe the schematic I drew is accurate but as it's an "extra", other than a technical
appreciation of what it's supposed to do, there seems no other way to verify its accuracy.
Thanks
Trevor.
shot of the chassis to illustrate the layout...and have numbered the connections.
Other than having removed the diode and its associated cap (to improve visibility)
nothing else has been removed from/altered to this part of the circuit.
The wire coming from the near-bottom of the transformer goes to
the l/h tag on the lower tag-panel to which the red-end of
the diode also connects.
Nothing else connected to tag 1.
Tag 2 carries the black-end of the diode and one side of the capacitor.
The two 200K resistors centrally terminated on tag 3.
Tags 2 and 3 are common to each other.
Tag 4 carries the other end of the capacitor and the l/h side of the l/h resistor.
Tag 5 carries the r/h connection of the r/h 200k resistor and provides an output
which forms part of the radio/power-supply connecting cable.
I believe the schematic I drew is accurate but as it's an "extra", other than a technical
appreciation of what it's supposed to do, there seems no other way to verify its accuracy.
Thanks
Trevor.
