TQ2-L-5V Symbol/Footprint

[Quirkey]

Anyone have a symbol/footprint for the latching relays used for the relay bypass circuits? I have found other DPDT relay ones but non that actually match the 10-pin/latching versions.

 

[Brett]

Check SnapEDA or you can download the part and symbol directly from somewhere like Mouser.

 

[Big Monk]

Anyone have a symbol/footprint for the latching relays used for the relay bypass circuits? I have found other DPDT relay ones but non that actually match the 10-pin/latching versions.

If this is something you plan on staying with, learning to make your own footprints is worthwhile.

I started with the Rullywow library on DipTrace but at this point, my entire library of patterns and components is homemade.

For one, it gets you looking at datasheets and dimensions, which in my experience helps you lay out your mechanicals well on boards and teaches you to pay attention to very precise spacing.

Second, you are going to run into components that someone simply doesn’t have. And you can make it yourself much faster than the time it takes to query the community.

 

[szukalski]

TQ2-L-5V | PANASONIC | Magnetic Latching Relays | JLCPCB

TQ2-L-5V from PANASONIC - Magnetic Latching Relays is available for JLCPCB assembly, check the stock, pricing and datasheet, and let JLCPCB helps you assemble the part TQ2-L-5V for free.

jlcpcb.com

GitHub - TousstNicolas/JLC2KiCad_lib: JLC2KICAD_lib is a python script that generate a component library (schematic, footprint and 3D model ) for KiCad from the JLCPCB/easyEDA library.

JLC2KICAD_lib is a python script that generate a component library (schematic, footprint and 3D model ) for KiCad from the JLCPCB/easyEDA library. - TousstNicolas/JLC2KiCad_lib

github.com

jlc2kicad () {
  if [[ $# -gt 1 ]]; then
    LIBRARY="$1"
    shift
    for COMPONENT in "$@"; do
      JLC2KiCadLib $COMPONENT -dir /path/to/KiCad/Libraries/JLCPCB -symbol_lib $LIBRARY -footprint_lib $LIBRARY.pretty --skip_existing
    done
  fi
}

Enjoy The 3D models are often off center. The argument(s) are the library you want to add to, and the JLCPCB part number(s). Your example:

jlc2kicad relays C4402946

 

[Quirkey]

If this is something you plan on staying with, learning to make your own footprints is worthwhile.

I started with the Rullywow library on DipTrace but at this point, my entire library of patterns and components is homemade.

For one, it gets you looking at datasheets and dimensions, which in my experience helps you lay out your mechanicals well on boards and teaches you to pay attention to very precise spacing.

Second, you are going to run into components that someone simply doesn’t have. And you can make it yourself much faster than the time it takes to query the community.

Yeah, I have definitely been making my own for some components but figured this would be something someone here specifically would have since its a common component in pedalpcb designs specifically.

 

[Quirkey]

Enjoy The 3D models are often off center. The argument(s) are the library you want to add to, and the JLCPCB part number(s). Your example:

This is awesome - thanks!