What is the difference between a waveform monitor compared to an Oscilloscope?
What can a waveform monitor do that an oscilloscope can't?
I know a waveform monitor has special filters for video signals on the input that an Oscilloscope doesn't have.
On a Oscilloscope it can be really hard to trigger on the vertical sync or horizontal sync
RGB, green on sync
VGA, has H-sync on pin#13 and V- sync pin#14
Composite, has H-sync and V-sync combined
A waveform monitor must have video separator IC chips internally on the waveform monitors input?
Because using the Oscilloscopes Trigger line or Trigger Video Field it still makes it hard to trigger on RGB, VGA, Composite sync signals
When measuring RGB on an Oscilloscope. I use the External trigger on the Green on sync channel, use ch1 to measure the video signal
When measuring VGA on an Oscilloscope. I use Channel#2 for the H-sync on VGA pin#13 and Channel#3 for the V-sync on VGA pin#14, then use channel#1 for the video signal. I set the Oscilloscope Mode to ADD. It will ADD all the channels and set the trigger mode to trigger either on channel#2 or #3
When Measuring Composite video on an Oscilloscope. I use Ch1 for the video signal and set the triggering for video line or video field.
Any reason why the NTCS standards make the sync signals negative going? and not positive going?
What can a waveform monitor do that an oscilloscope can't?
I know a waveform monitor has special filters for video signals on the input that an Oscilloscope doesn't have.
On a Oscilloscope it can be really hard to trigger on the vertical sync or horizontal sync
RGB, green on sync
VGA, has H-sync on pin#13 and V- sync pin#14
Composite, has H-sync and V-sync combined
A waveform monitor must have video separator IC chips internally on the waveform monitors input?
Because using the Oscilloscopes Trigger line or Trigger Video Field it still makes it hard to trigger on RGB, VGA, Composite sync signals
When measuring RGB on an Oscilloscope. I use the External trigger on the Green on sync channel, use ch1 to measure the video signal
When measuring VGA on an Oscilloscope. I use Channel#2 for the H-sync on VGA pin#13 and Channel#3 for the V-sync on VGA pin#14, then use channel#1 for the video signal. I set the Oscilloscope Mode to ADD. It will ADD all the channels and set the trigger mode to trigger either on channel#2 or #3
When Measuring Composite video on an Oscilloscope. I use Ch1 for the video signal and set the triggering for video line or video field.
Any reason why the NTCS standards make the sync signals negative going? and not positive going?