I’ve been meaning to test out several new products I bought. Figure I would take the camera along for the ride.
Items in the video:
I’ve been meaning to test out several new products I bought. Figure I would take the camera along for the ride.
Items in the video:
I bought a 2 pack of these LED push lights because I wanted one for a broom closet. I was curious how cheap and simple the construction was, so I took the other one apart to see how it worked.
The battery (CR2450) in my garage door sensor was getting low, so I replaced it. I’ll keep the old one in my electronics kit for LED testing, as shown in this video. Touch the longer leg (anode) of the LED to + and the shorter leg (cathode) to –. Usually + is the top of the battery where the words are. Don’t worry, you won’t hurt the LED if you connect it the wrong way.
After working with some basic 74HC74 and 555 circuits, it was time to get fancy. I replaced one of the button triggers from my 74HC74 circuit with a 555 timer delay. Then I replaced the other button with a 555 timer delay as well. What do you think happens if I swap out the 22 μF capacitors for 4.7 μF? Remember […]
I posted about the 74HC74 flip-flop on Saturday. For the same project I’m going to use that IC for, I’ll probably use a 555 timer. It’s often referred to as one of the most useful ICs you can get. I’ve never used the 555 either, so I wired up some simple demos using it. In order to show two […]
I received some advice to use a 74HC74 flip-flop for a project idea I’ve had. I’ve never used an integrated circuit so I thought a good first step was to put together a very simple demo I could hack around with it. This IC is big enough it actually provides two flip-flops, one on each side as […]
Who would have thought it would be so exciting to light up some LEDs? I had a late night playing with a breadboard for the first time. It was also my first time soldering anything. I had to attach some headers to a Raspberry Pi Zero.