I’ve been able to revive a dead power tool battery before, but Ryobi has some extra protection so you can’t trickle charge them from the contact points on the outside of their batteries. I was able to use a method I found on YouTube to trickle charge from the inside and the battery is working again.
When I say “dead battery” I mean the charger status shows the battery is defective. It can do this if the battery completely loses all of its power or the cells become imbalanced. The charger has built-in safety measures that prevent it from charging batteries in this state.
Be aware that opening the battery like this will void the warranty. Due to the special screws (T10 with a hole) I bought a security bit set from Menards for $5.
Update: A second battery went dead the day this was published. This method resurrected that one as well.
One end of the cable on this cheap charger had worn out to the point where it would only work if held in the exact right position. Or so I thought. After a little rewiring and heat-shrink tubing I found out that it’s actually something on the inside portion of the connector. I’ll have to see if I can open up the case.
Most of my free time has been spent working on the truck for the last month and I’m starting a wood working project that’ll take me a week or two. Hopefully I can get back to some electronics projects before August, because they’re literally piling up.
I recently mentioned I was considering cancelling my subscription to HackerBoxes. Turns out the owner of the company made that decision much easier with the way he treats customers. Box #0030 is my last one.
The HB owner came up with some crazy conspiracy theory that all of his most active customers were trying to run him out of business. He started attacking us and censored us from helping other people in the community. You can see what the owner says in this deleted subreddit thread (also on the Internet Archive in case that page gets removed).
He also jumped into the comments on one of my unboxing videos and started making a bunch of incorrect assumptions about me and attacking me. It was so outrageous I thought it was a YouTube troll and I blocked the account soon after the 2nd comment came through so other HB customers to see the garbage this person was saying. Later that night I found out it was the owner! I wish I had saved those comments.
If you’re a HB subscriber or thinking to start you can decide for yourself if it’s a company you want to support. I won’t be giving my money to someone who treats customers like this. It’s disappointing because the concept is sound, I learned a lot, and there were some fun projects. If HB embraced and appreciated their community it could be an awesome way for people to learn about electronics.
The community has moved over HardWareFlare. Discord info is there as well, which is very active.
I’ve restarted my subscription to AdaBox and I suggest you check them out. Adafruit actually cares about people. Their next box (8) will be all about building robots. Another subscription electronics service I’m enjoying is Boldport Club, which comes once a month.
Quick unboxing video for the latest HackerBox.
Official box contents from the Instructable:
- HackerBoxes #0030 Collectable Reference Card
- NodeMCU V3 Module with ESP8266 and 32M Flash
- Reel of 60 WS2812B RGB LEDs 2 meters
- 8x8x8 LED Kit with 8051-Based MCU and 512 LEDs
- Reusable Plastic Parts Box
- Two 4.7 KOhm Resistors
- Eight 470 Ohm Resistors
- 10 KOhm Eight Resistor Array
- 40-Pin DIP Socket
- Eight 74HC573 Octal Latches
- Eight 20-Pin DIP Sockets
- ULN2803 Transistor Array
- 18-Pin DIP Socket
- Two 10uF 25V Electrolytic Capacitors
- Two 22pF Ceramics Capacitors
- 12MHz Crystal Oscillator
- Barrel Power Socket
- 4-Pin Serial Header
- Power Switch
- Cable with USB to 5V Barrel
- Red Hookup Wire
- 550 LEDs
- USB Serial Module with CH340G and Jumper Wires
- Stranded Hookup Wire 3 meters, 22 gauge
- Exclusive HackerBoxes Decal
- Exclusive Dark Side LED Decal
It’s disappointing that HackerBoxes resold us a popular kit that you can get for $15-20. I’ve seen these LED cubes many times online and while they do look awesome, I never bought one because I didn’t think I’d have the patience to put one together. I guess I’ll get the chance now.
I’ll probably try to do a time-lapse of this assembly, which is going to take a long time.
My Mom’s bedroom lamp was malfunctioning so I told her to send it down with my Dad and I’d take a look at it.
The lamp uses a very common TA-306A touch control unit and the BT134 thyristor on the board often gets fried. I think this might have been my bedroom lamp when I lived with my parents 20 years ago, so there is no sense buying parts for it. I replaced the touch controls with a switch I salvaged from a different lamp.
My second month of Boldport Club is #24 The Conehead. It’s a custom PCB design of a cricket and it chirps based on how much light the “eye” can see. According to video timestamps it took about an hour to assemble the kit and it was a lot of fun using the electronics components in different ways.
I’ve customized the items in the HackerBox Field Kit and explained everything in this video.
You can find the example code I put together for all of the modules in my hackerbox-29-field-kit GitHub repo.
I plan to keep the kit in my backpack, especially for trips up north when I visit family. Maybe I shouldn’t take this with me on flights though. Have you ever travelled with a bunch of wiring and electronics parts?
If you’re interested in an electronics community, join us on reddit and Discord.
I did an unboxing and a little demo with the latest HackerBox.
Here is the official list of contents from the Instructable:
- HackerBoxes #0029 Collectable Reference Card
- Exclusive HackerBoxes Zipper Case
- Portable 5V Soldering Iron
- ProMicro ATmega32U4 5V 16MHz
- OLED 0.91 Inch Display 128×32 I2C
- Four Key Pushbutton Module
- Six LED Debug Module
- AT24C256 I2C EEPROM Module
- 400 Point Solderless Breadboard
- Jumper Wire Bundle
- Set of Mini Grabber Clips
- Solder Wick 2mm by 1.5m
- MicroUSB Cable
- MiniUSB Cable
- Precision Driver Set
- Exclusive Phone Phreak Decal Exclusive
- Exclusive 8bit Dragon Keychain
I really like the idea behind this box. I’ve already rolled up more solder to keep in my kit and will have to think about what else to put in there. Maybe some potentiometers. It’s nice getting a microcontroller I don’t have yet.
I started a GitHub repo with some example code using all of the modules.
I had pretty much decided I was going to cancel my subscription so #0030 would be my last box. I think I mentioned recently about cancelling my AdaBox subscription, that I have accumulated a pretty decent collection of microcontrollers and other components. I spend a lot of time catching up on all of these boxes when I could be using that time to build projects from my own list of ideas, which is quite large. After getting #0029 though I think I’ll stick it out for longer and see how it goes.
Update: I made some customizations to my kit.
Come join the active community on Reddit and Discord. More info at HardWareFlare.
When I was thinking about cancelling my AdaBox subscription I came across Boldport Club.
As a member of the Boldport Club you’ll receive an electronics project once a month. Our projects are designed to be engaging, challenging, entertaining, collectable, and to promote exploration and discovery through the use of electronics.
Weird timing that AdaBox007 actually included the Cad Sticker set from Boldport Club.
Over the last year or I’ve come to realize I really enjoy little soldering kits. Time will tell if the Boldport Club is satisfying and worth the cost. Each project looks unique and really well designed. I paid for a year up front, which comes out to pretty much the same as a year of AdaBox and I get something every month instead of quarterly.
Here’s a time-lapse of my assembly of Boldport Club #23: Pips.
It was a fun assembly and works as advertised. Not sure I’ll get any future use out of it though.