Overview This pack provides you with six miniature normally-open pushbuttons that will directly plug in to your breadboard circuit. The legs are a bit long, but can easily be cut down to the proper...Read More…
This pack provides you with six miniature normally-open pushbuttons that will directly plug in to your breadboard circuit. The legs are a bit long, but can easily be cut down to the proper length with a wire cutter or even a pair of scissors. The 0.2" spacing of the pins allows them to be used with standard DIP breadboards, or they may easily be used in your own printed circuit boards. There is also a third, ground, pin, which may be grounded or may be ignored.
What is a pushbutton switch? A switch is a controllable break in a circuit which will allow current to flow, or stop flowing. A pushbutton switch will make, or break, the circuit while the button is pressed. These pushbuttons are known as NO, or Normally-Opened; the circuit is opened (no current can flow) until the button is pressed. When pressed, the switch will close allowing current to flow, until the button is released.
You can use a pushbutton to turn an LED on and off. Using a breadboard (http://projects.granzeier.com/what-is-a-breadboard/ - use the LED/Resistor circuit towards the end of the article) replace the red wire at the top of the breadboard with one of these pushbutton switches. With this modification, the LED will light up only while you are pushing the button.
If you want your computer, or controller, to sense when the button is being pushed, place the switch between ground and an input pin. Most controllers have a pull-up resistor in the port, if yours does not, then tie a 10K ohm resistor from the I/O pin to +Vcc. With this arrangement, your controller will read a 0 on the input pin when ever someone pushes the button, and a 1 when the button is not pushed.
|Shipping Rate||First item||Additional items|
United States Postal Service: Standard Ground Rate
United States Postal Service: Flat Rate Priority
We recognize our top users by making them a Tindarian. Tindarians have access to secret & unreleased features.
We look for the most active & best members of the Tindie community, and invite them to join. There isn't a selection process or form to fill out. The only way to become a Tindarian is by being a nice & active member of the Tindie community!
Welcome to the Granzeier Consulting Tindie Store. I am Art Granzeier, and my company produces kits and packs for budding engineers. Most of my target market is (supposed to be) high-school, college and young adult students who are interested in, or are working in EE (electronic engineering.) My secondary market (or at least it should be secondary - but mostly this is my primary market, at least until I get going enough to market to schools and school groups) is electronics/robotics hobbyists and non-electronics engineers who want to learn more about the electronics discipline.
I have a few text books that are nearly done, and a few more that are on their way. Once these are done, they will be offered with appropriate kits which will cover the lab work for the course. My ideal here is to get to be like the old Heathkit courses (on a more modern point, Andy Lindsay, from Parallax, does a pretty darned good job of writing, and I try to emulate him, with my own slant/point of view, somewhat.) I have been teaching, professionally, on and off since 1989, and have written a lot of my own course/quiz/exam material, so that is what I am using for my textbooks.
We ship, at least, every Monday and Thursday. Heavy ordering will prompt additional shipments.