ricothetroll
Well-known member
Hi !
This is related to my previous topic :
http://www.groupdiy.com/index.php?topic=35391.0
I started a new topic because I tried to adapt it to the G1176 specifically related to the G1176, although the principle should be useable for any unit.
After those great advices, I redraw a schematic, that time for my G1176. I wanted to keep the bypass on the "GR" switch.
I found that magic formula (please do not laugh, I needed to take a look in "the art of electronics" to find it :-[) : t=RC, so I calculated the values of R and C for t~500ms : R=56K and C=10u. So when I switch the unit on, the circuit has half a second to settle correctly.
I also added the protection diode.
What do you think about that schematic ? Do you think the rotary switch (lorlin CK) can handle it ? Is the switch's wiring correct ?
Thanx in advance.
Eric
This is related to my previous topic :
http://www.groupdiy.com/index.php?topic=35391.0
I started a new topic because I tried to adapt it to the G1176 specifically related to the G1176, although the principle should be useable for any unit.
After those great advices, I redraw a schematic, that time for my G1176. I wanted to keep the bypass on the "GR" switch.
I found that magic formula (please do not laugh, I needed to take a look in "the art of electronics" to find it :-[) : t=RC, so I calculated the values of R and C for t~500ms : R=56K and C=10u. So when I switch the unit on, the circuit has half a second to settle correctly.
I also added the protection diode.
What do you think about that schematic ? Do you think the rotary switch (lorlin CK) can handle it ? Is the switch's wiring correct ?
Thanx in advance.
Eric