Spareparts: 3d models of various random electronic and mechanical components for OpenSCAD

thingiverse

Here is the rewritten text: This is just another batch of high-quality 3D models for OpenSCAD, featuring a wide range of electronic and mechanical components. You can find these spare parts on GitHub at https://github.com/sadr0b0t/spareparts. Additionally, you can access them from the Openscad-Modules repository at https://github.com/RobertFach/Openscad-Modules. To install the spare parts module, simply run the following command in your terminal: spm install spareparts The spare parts module requires the 2d_points library, which can be found at https://github.com/sadr0b0t/2d_points. You can also find a Thingiverse model that demonstrates the usage of this library at https://www.thingiverse.com/thing:2930492. ## Modules ### Discrete Logic for PCB You can use the discrete.scad module to create various electronic components, such as power jacks and USB sockets. Here's an example: ~~~scad use <spareparts/descrete.scad> power_jack_socket(); translate([30, 0, 0]) usb_b_socket(); translate([60, 0, 0]) mini_usb_socket(); translate([90, 0, 0]) button(); translate([120, 0, 0]) trimming_resistor(val=15); translate([150, 0, 0]) screw_terminal(count=2, center=true); translate([180, 0, 0]) GPIO_socket(count_x=8, count_y=2); translate([230, 0, 0]) pin_row(count_x=8, count_y=2, center=true); translate([270, 0, 0]) pin_row_bended(count=8, center=true); translate([300, 0, 0]) led_head(); ~~~ ### Parametric Microchips in DIP and SMD You can use the microchips.scad module to create parametric microchips in both DIP and SMD formats. Here's an example: ~~~scad use <spareparts/microchips.scad> // L293D - DIP chip_dip(legs=8); // L393D - SMD translate([10, 0, 0]) chip_smd(dim_x=3, dim_y=4.6, pins_x=0, pins_y=8, shift_y=0.2); // PIC32 с ChipKIT Uno32 translate([20, 0, 0]) chip_smd(dim_x=10, dim_y=10, pins_x=15, pins_y=15); // AVR с китайской ардуины translate([40, 0, 0]) chip_smd(dim_x=6, dim_y=6, pins_x=8, pins_y=8); ~~~ ### Sockets and Other Components for Panel Mount You can use the panel-mount.scad module to create various components for panel mount, such as on/off buttons and power sockets. Here's an example: ~~~scad use <spareparts/panel-mount.scad> on_off_btn_pm(shadow=false); translate([40, 0, 0]) power_socket_pm(shadow=false); translate([90, 0, 0]) power_socket_with_button_pm(on=true, skirt=false, shadow=false); translate([150, 0, 0]) power_socket_with_button_pm(on=true, skirt=true, shadow=false); translate([210, 0, 0]) usb_b_socket_pm(shadow=false); ~~~ ### Plugs and Jacks for Wires You can use the plugs_n_jacks.scad module to create various plugs and jacks for wires. Here's an example: ~~~scad use <spareparts/plugs_n_jacks.scad> head_pin(); translate([20, 0, 0]) u_shape_terminal(); translate([40, 0, 0]) socket_bls(count=3); translate([60, 0, 0]) power_plug_jack(); translate([80, 0, 0]) usb_socket(); ~~~ ### Sensors You can use the sensors.scad module to create various sensors, such as sonar and IR line sensors. Here's an example: ~~~scad use <spareparts/sensors.scad> sonar(); translate([40, 0, 0]) ir_line_sensor(); ~~~ ### Arduino Boards and Shields You can use the arduino.scad module to create various Arduino boards and shields, such as the Uno and CNC shield. Here's an example: ~~~scad use <spareparts/arduino.scad> chipkit_uno32(); translate([100, 0, 0]) arduino_uno(); translate([200, 0, 0]) arduino_uno_china(); translate([300, 0, 0]) cnc_shield(drivers=true, drivers_radiator=false); ~~~