BuildYourCNC - 2.54mm (0.1") Pitch Female Connector 3 Position

New 3D Resins Comparison Table:
We've just launched a new, comprehensive 3D Resins Comparison Table to help you find the perfect resin for any application. Explore now and elevate your 3D printing experience with ease and precision. Say goodbye to searching all over the web for scattered information.

Livestreams Every Weekday at 1:00 pm Eastern
Join me and likeminded others on a livestream I host every weekday where I experiment, learn and discover. Topic for Tuesdays and Thursdays: CNC Discussion and Random Experiments. Topic for Mondays, Wednesdays and Fridays: Microcontroller programming and circuit building.

3 position female connector with 2.54mm pitch

2.54mm (0.1") Pitch Female Connector 3 Position

Price Options Your Cart

3 position female connector with 2.54mm pitch

$0.55

Includes free technical support.

Introduction:

This connector will mate with male headers that have a 2.54mm pitch (pin spacing). This assembly includes three (3) crimp pins and the three position housing. The housing has a flap that keeps the crimp pin from sliding out. The crimp pins can be crimped with a special crimper, or a standard pair of needle nose pliers. This connector works well with our unshielded three (3) conductor cable.

Description:

Ask a question about the 2.54mm (0.1") Pitch Female Connector 3 Position:

Previously answered questions:

Click on the question to reveal the answer.

No previous questions. Be the first to ask a question about this product.

Related Tutorials

Thumbnail: Disney Research: Printed Optics

3D Printed Optics
I came across a rather interesting idea while checking out Disney's Research Hub: Printed Optics. They seem to be quite interested in fabrication and 3D printing as a good majority of their videos pertain to this type of subject matter. More interestingly, they have devised a way to print objects that embed optical characteristics so that light traverses where they intend to create some very interesting effects.

Printable Electronics
Two recent developments are getting us very close to printing electronics, one using inkjet printers to print conductive material for electronics and photonics and another, a conductive ink to create flexible electronics for books, displays and wearables.

http://www.kurzweilai.net/new-3d-printing-algorithms-speed-production-reduce-waste (Credit: Purdue University photo/Bedrich Benes)

New 3D printing algorithms speed production, reduce waste
Purdue University researchers have developed two software algorithms for trimming time and material, reducing 3D-printing time by up to 30 percent and the amount of support material by up to 65 percent. The new PackMerger algorithm works by printing a project in segments that can fit into the printing tray and later be glued together.