Changes
Created page with '== CPC6128 R,G,B signals (measured by nocash) == <gallery> File:Nocash-cpc6128rgb-test.jpg|Test File:Nocash-cpc6128rgb-green.jpg|Green File:Nocash-cpc6128rgb-red.jpg|Red File:No…'
== CPC6128 R,G,B signals (measured by nocash) ==
<gallery>
File:Nocash-cpc6128rgb-test.jpg|Test
File:Nocash-cpc6128rgb-green.jpg|Green
File:Nocash-cpc6128rgb-red.jpg|Red
File:Nocash-cpc6128rgb-blue.jpg|Blue
</gallery>
The pictures are showing the RGB outputs on a CPC6128 with classic (non-cost-down) mainboard (measured between the monitor connector and R126,R128,R130). Each divider is 500us / 100mV.
The CPC is connected to the RGB input of a Philips Philetta TV Set (this is important for the test, as the monitor does pull-down the signals, without monitor connected both "max" and "half" signals are around 4.0V, with monitor connected they drop to circa 1.0V and 0.5V, as seen in the pictures).
<gallery>
File:Nocash-cpc6128rgb-test.jpg|Test
File:Nocash-cpc6128rgb-green.jpg|Green
File:Nocash-cpc6128rgb-red.jpg|Red
File:Nocash-cpc6128rgb-blue.jpg|Blue
</gallery>
The pictures are showing the RGB outputs on a CPC6128 with classic (non-cost-down) mainboard (measured between the monitor connector and R126,R128,R130). Each divider is 500us / 100mV.
The CPC is connected to the RGB input of a Philips Philetta TV Set (this is important for the test, as the monitor does pull-down the signals, without monitor connected both "max" and "half" signals are around 4.0V, with monitor connected they drop to circa 1.0V and 0.5V, as seen in the pictures).
