As many noticed, the kits in the store are all sold out. Rest assured that my kits will be returning for the Spring 2013 season. You can send me an email if you need something before then and we can work it out.
The Spring reopening will be an exciting time. Popular kits are being upgraded, and even adding more.
Here’s a brief rundown:
- Better optional sound module integration
- Clip reload support (magnet switch)
- Optional low battery indicator
- New purple design
New* Lighted On / Off pushbutton
- Lights green when on
- Lights red when off
- Use to turn on the rest of your electronics
This last one is exciting just because how long I have been working on a lighted on / off switch. My previous attempt at having an illuminated push on push off switch was functional, but wasn’t accurate. Yes, was a push on, push off switch, and yes, it had a lighted LED with a cap and the right symbol. However, it never looked quite right. In addition, the cap was too narrow and switch push actuation distance was too long.
Why is this so hard to get right? You see this type of lighted mini push button switch used for all sorts of electronics. They make it look easy because there is a logic chip controlling the ON signal and LED color. It isn’t truely an on / off switch. Your computer or whatever sits in standby, providing minimal power to that logic chip waiting for the ON signal to be received, then the logic chip turns on the rest of the system.
What I wanted was a passive solution, no logic chip needing programming. I struck gold when a friend sent me a sample from a fabricator. Bidirectional red green light, DPDT meaning that you push it once to connect the left side terminals, press it a second time to connect the right side terminals. Some clevor wiring allows each switch press to reverse the voltage output, driving the LED color change with each switch press. Then the output’s voltage is limited to one direction through a diode output. There you have it, a small lighted push on push off switch capable of switching everything on and off without the use of a logic chip.