EveryCircuit
Contact
Reviews
Home
DavidDeLaTorre
modified 9 years ago

One wire control for up and down. Rev 1.8- Negative side switched

0
6
104
01:16:43
Track (one wirer control for up/down solanord's ) Negative side Switched The lights on the circuit are Blue and light Blue, you can choose which side is up or down. Note: The two lights are acting as solanords and the fets are able to handle around 15 amp i think. The info state pulsing gate not constantly on. Please do not take the info as currect i'm still loaning about Fets. I have traced the one wirer (Colour blue) IRF540N Fet Transisor Note: Fets on this app are reversed i'm not sure why this is. I'm not sure way the N-channel fet arrow point out not in . The Fet might be a N--channel but the circuit shows me a P-channel fet. (Picture only) I have fix the Fet info up to mach the circuit.
published 9 years ago
2ctiby
9 years ago
Nice schematic now.....good job done...your description needs altering to match this good circuit...if it was a pfet as described, then there would need to be a re-think. (and just alter the LED resistors to keep them just below 20mA for each LED).
DavidDeLaTorre
9 years ago
Thanks again 2ctiby. I have a problem with spelling, so I'm happy to take input.
2ctiby
9 years ago
You are welcome. Your last sentence says that the fet is really a p- channel. If that is the case then the circuit that we see here would need some alterations because they are considerably different to n-channel fets.
DavidDeLaTorre
9 years ago
The info that i keep looking at shows pictures of fet that point in reverse direction. This is way I'm saying that.
DavidDeLaTorre
9 years ago
I just did a search for a N-channel fet and all the arrows point in not out. This is way I'm stating this..
2ctiby
9 years ago
I know what you are saying and I agree that it can be quite confusing, but this might help.... https://www.google.co.uk/search?q=N+channel+fet&newwindow=1&prmd=isvn&tbm=isch&tbo=u&source=univ&fir=cRfum24l9NwEdM%253A%252CrU16tbq1CyZnaM%252C_%253BXkJ6t2yxYYgozM%253A%252CobmyDYv1p6g-6M%252C_%253BQoJW22wr5Jyd7M%253A%252CjYL4cRcFsvDRBM%252C_%253BJxNDwRdSXI8uDM%253A%252C_CtQAEfEieBjDM%252C_%253BPwBxu73BJ8TVvM%253A%252Ck22dIa4LqAoJTM%252C_%253BWWy5TFbV-ZhObM%253A%252Ck22dIa4LqAoJTM%252C_%253BWaR4XW7qoT3vLM%253A%252CsfVCXu2y1IbLnM%252C_%253Bl9-rhersnnVJwM%253A%252ClP77EQyFV7A12M%252C_%253BiFo-RHuxjItAJM%253A%252Cqryai6MIRczX8M%252C_%253BZ9UgOmXkyYzqhM%253A%252CBmV5ZjdC4fOosM%252C_&usg=__LrybBAgG14fY69gB1xKy6Hx9bW4%3D&sa=X&ved=0ahUKEwispfvIqtLQAhUFM8AKHXW5D-kQ420Iew&biw=1024&bih=768&dpr=2#imgrc=ErhLHOsq5jhVtM%3A

EveryCircuit is an easy to use, highly interactive circuit simulator and schematic capture tool. Real-time circuit simulation, interactivity, and dynamic visualization make it a must have application for professionals and academia. EveryCircuit user community has collaboratively created the largest searchable library of circuit designs. EveryCircuit app runs online in popular browsers and on mobile phones and tablets, enabling you to capture design ideas and learn electronics on the go.

Copyright © 2026 by MuseMaze, Inc.     Terms of use     Privacy policy