Clamp for firmware controllers 4 pins Free 3D model

cgtrader

Clamp for firmware controllers, featuring 4 pins. For a detailed overview, watch the accompanying video at https://youtu.be/rUCpwvAnbfQ. This tutorial is an exercise in designing and assembling a teaching device capable of simulating a musical drum's functionality. View the video demonstration at https://youtu.be/_TVmcNEusSk for more information. To access comprehensive details on this innovative project, including information about its development process and potential applications, visit: https://igg.me/at/spolumdrums Update: The clamp design has been improved with a thicker material added. Take a closer look at the latest 8-pin model by visiting the link at: https://www.thingiverse.com/thing:3517911 Below are links to crucial components utilized in this project: Pogo Pins can be obtained from http://ali.pub/36au9y Cylindrical-Pin, required for the assembly process, is available here: http://ali.pub/36auhc A compact Mini Screw used in construction can be purchased at http://ali.pub/36av1r For constructing a Prototype PCB, use this link: http://ali.pub/36avb3 To access necessary Spring Contacts, visit http://ali.pub/36aybz An additional suggestion is to utilize the Pogo Pin Connector 4 Pin from http://ali.pub/36b29c, although the existing setup proved satisfactory for this exercise. Below are listed essential tools required to accomplish the assembly: Use the NOGA deburring tool and blades at: http://ali.pub/2z2ah5 Polish surfaces using a wheel from: http://ali.pub/36aupb A Drill Bits 50 pc/set can be purchased at http://ali.pub/36awmq For serial communication purposes, connect via USB-UART using the link provided: http://ali.pub/36avl0 Take advantage of shopping discounts and exclusive cashback deals at http://ali.pub/2v0znm. Consider contributing to further project development through a one-time payment via PayPal here: https://www.paypal.me/perinski. Stay up-to-date with ongoing work on social media: Instagram: @v.perinski, https://www.instagram.com/v.perinski/ Twitter: @v_perinski, https://twitter.com/v_perinski Pinterest: @v.perinski, https://www.pinterest.com/v_perinski/ Thingiverse account can be accessed at https://www.thingiverse.com/thing:2110500 Share project details and interact with others on Facebook here: https://www.facebook.com/3DPrinting.stl/