DIP/DIL Sockets (all From DIP4 To DIP28) 3D Printer Model
The file 'DIP/DIL Sockets (all From DIP4 To DIP28) 3D Printer Model' is (stl,skp) file type, size is 2.9MB.
The file 'DIP/DIL Sockets (all From DIP4 To DIP28) 3D Printer Model' is (stl,skp) file type, size is 2.9MB.
UPDATE: Now includes every socket size from DIP4 to DIP28! Also added three variations of the assembly tool, they are for the sizes up to DIP8; DIP16; DIP28.
UPDATE: Here you can find 1000x individual sockets so you don't have to break apart your existing socket rows to reassemble: https://www.aliexpress.com/item/1000pcs-Round-Pin-female-pin-socket-for-Pin-Dim0-45-0-6mm-without-plastic-for-2/32972142300.html
I noticed that the "machined" IC sockets I used to buy are just way overpriced, especially compared to 40x SIP sockets:
https://www.taydaelectronics.com/30-pin-dip-sip-ic-sockets-adaptor-solder-type.html
So I decided to break out the single pins from those SIP sockets and put them into 3D-printed enclosures. Total price: less than eg. 10 cent for a DIP8. And if you buy the single sockets in bulk you can even get below 4 cents.
Other advantages:
Assembly should be self-explanatory, just push in those pins, preferably with some sort of vice. There is a tool included to print, which will help you holding the sockets enclosure while allowing the pins to pass through the bottom when squeezing in a vice.
| Assembly_Tool_-_up_to_DIP_16.stl | 403.7KB | |
| Assembly_Tool_-_up_to_DIP_28.stl | 735.6KB | |
| Assembly_Tool_-_up_to_DIP_8.stl | 203.5KB | |
| DIP_10.stl | 558.8KB | |
| DIP_12.stl | 664.4KB | |
| DIP_14.stl | 745.6KB | |
| DIP_16.stl | 857.7KB | |
| DIP_18.stl | 993.9KB | |
| DIP_20.stl | 1.1MB | |
| DIP_22.stl | 1.2MB | |
| DIP_24.stl | 1.3MB | |
| DIP_26.stl | 1.4MB | |
| DIP_28.stl | 1.5MB | |
| DIP_4.stl | 237.2KB | |
| DIP_6.stl | 330.6KB | |
| DIP_8.stl | 452.2KB | |
| DIP_Sockets_4_-_28.skp | 5.2MB | |
| DIP_Sockets_4_-_28.stl | 12.8MB |
