The site has subscriptions level from free to $10/month. You can get all the details at the Join CHEPCLUB page.

This elproducts.com site is setup to support my books and any past electronic projects I wanted to share. CHEP CLUB is a way for me to share the 3D printing projects, CNC projects and some future electronic projects. The cost of the different levels are what keeps me going with all this information. 

I am still working on books for C programming and even some BASIC programming so those will be hosted and supported here.

I also share any files such as 3D print files, CNC Easel files, Tinkercad design source files and even some electronic schematics an board layout files will be shared in teh files section of CHEP CLUB.

So if you are interested in 3D Printing, Electronics or Hobbyist CNC then check out my YouTube channel and also register at CHEPCLUB.com.

​The design is quite simple but still well done. The base is designed to have a spring loaded snap in capability. The center holds a CR2032 3V Coin Cell Battery and the LED is just pinched over the battery to make connection.

This led me to explain, in the video, how to wire up an LED and why a resistor is recommended. I also explained how this simple setup of pinching an LED around a coin cell battery works without a resistor.

If you are new to electronics or even 3D printing, this might be a great video to introduce you to these topics. This also is a great project to do with a child to introduce them to 3D printing and electronics. You can watch the video below.

The design was created in Tinkercad.com software and printed in two different color PLA plastics. The C, B, E and arrow were all just highlighted by a gold marker for effect. The full story and explanation are show in the video below from my YouTube Channel. In it I describe the differences between Active and Saturation mode. I also included some extra circuitry in the video to help explain the operation.

Hopefully this helps beginners learn how a bipolar transistor works and leads to better understanding of the numerous transistor circuits you can build with a bipolar transistor.

Some people have asked for a FET version but I'm still working on that. The FET is really not that hard to understand so I'm not sure how to approach that just yet. The files are available on Thingiverse if you want to print them out yourself. If you use it in a classroom or any teaching environment all I ask is that you give me credit for the design and mention my YouTube Channel.

This is my personal Maker Space where I create my projects for the YouTube Channel. I also do some woodworking for around the house. I have an electronics bench and an X-Carve CNC to cut circuit boards and many types of wood carvings.  l also have many 3D printers but several need repair.

My Electronics bench was consolidated from other places into this one location. I 3D printed some brackets and cable hangers and brought in all my parts cabinets. If it doesn't fit here it has to be sold or thrown out. I have collected way to much electronics junk over the years.

I hope to keep making stuff here for many years. It's not perfect but its mine and everything is paid for (except the garage, that's still part of a mortgage). Someday maybe I'll be able to retire and work out here full time.

RadioShack lives on where I live. We have two stores near me. I found a clock kit for $19.95 and discovered it was a PIC16F690 based design that was easily hackable. RadioShack offers the code for the clock in Microchip XC8 C language format but I chose to reworked it using Great Cow Basic compiler to create a countdown control.

RadioShack doesn't offer the schematic for download but they include it in the paper manual that is part of the kit. The kit is easy to assemble and the circuit board is designed to be hacked as a programming port is designed in. I hooked up my PICkit 2 clone and was able to re-flash the PIC16F690 with ease.

I'm working on this for a future YouTube video and I share the progress with my Patreon supporters who give me $1/month or more to keep my YouTube productions going. I'll post more here but if you want to see how it progresses into a Rocket Launcher then join me on Patreon at this link.

I wanted him to teach me how to do it but it just never happened. Since then I've designed 100's of boards and had most of them made at a board manufacturer. The prices have become very cheap to get 2 sided FR4 boards with solder mask and silk screen lettering. So I never really pursued the milling idea but it was always there on my "things I want to do" list.

About two years ago I saw that the Shapeoko CNC dropped to $499 and I bought one to try and make circuit boards. I ended up learning a lot about CNC but never was successful in milling a PCB. About a year ago Inventables.com offered me a large X-Carve CNC for my YouTube channel. I accepted and did a few videos on it. It wasn't until recently that I decided to put the time in to figure out how to make a board on the X-Carve. I finally figured out all the steps and successfully created my first CNC'd circuit board for a Filament Friday project. You can see the video below.

It wasn't the most complicated design but it was fun to make and I'm sure I'll be doing more in the future.

The book uses a standard set of components for 10 of the projects and also, as an alternative, use my CHIPINO Demo Shield that I featured on Kickstarter. So a reader can skip the hardware setup and just code or build the circuits if they choose. The 11th project is for an LCD module that again can use a DFRobot LCD shield or a standard 2x16 LCD.

I hope to release more books in this series to teach more complex programming using this popular electronic module.

The Dreamer has dual extruders as well which I don't really need but it's nice to have PLA loaded on one side and ABS on the other so I can choose which filament to print with just a few selections in the slicer. It also works great with Simplify3D.

The review can be seen in the video below. I compared it some of my other printers and the results were good. Overall I liked it but as time goes on it's becoming one of my favorite printers to use. It prints so reliably. It's a great addition to my shop.

I used Tinkercad to create this 3D printed XBOX One Controller stand for Batman Vs Superman controllers from Gamersoption.com. I detailed the full build on my YouTube Channel for Filament Friday.

The base used PLA and the symbols used ABS. Printed on a MAKERFRONT and Fabrikator Mini 3D printer. 

This was fun to make and came out better than I expected. It's shared on Thingiverse.

I used the PICkit 2 Starter Kit for all my Beginner's Guide to Embedded C Programming books but its no longer available from Microchip. You may be able to find one on EBAY or elsewhere but the nice thing is the PICkit 2 is open sourced so there are many clones available. I even created a clone design for fun and posted it here on my site.

I created a recommended replacement list of parts so you can put together your own PICkit 2 Starter kit. Nuts & Volts Magazine is also planning on offering a kit that includes my recommended replacements.
You can see the detail at my page here.

Now I could have just re-written the books for the PICkit 3 starter kit but Microchip also changed from MPLAB 8 to MPLAB X and also introduced a new compiler in XC8 to replace HI-TECH compiler I used and recently released the MPLAB Code Configurator which helps you build projects and makes coding much easier. So all these changes have made me tear up what I was doing and kind of start over. Needless to say, this is gonna take me a lot longer than just updating the current books. I also had plans to use another Microchip Development Board but recently found out that may be getting replaced as well.  So stay tuned for a future book that brings all this new technology together.