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IV Swinger 2 – PCB (PV Module, SSR)

Summary of IV Swinger 2 – PCB (PV Module, SSR)


This article details the construction of the IV Swinger 2, specifically the PCB variant utilizing a PV module and solid-state relays (SSR). It guides users through selecting this hardware design, installing necessary Arduino software, ordering custom PCBs from manufacturers like OSH Park or PCBWay, and purchasing remaining components via provided Bill of Materials links.

Parts used in the IV Swinger 2 (PV Module, SSR):

  • PCB (PV module version)
  • Solid-state relays (SSR)
  • Arduino IDE software
  • IV Swinger 2 application software
  • Gerber files for PCB fabrication
  • Bill of Materials (BOM) list
  • Amazon wish list items
  • Digi-Key pre-populated cart items

This Instructable is a variant of the original IV Swinger 2:

https://www.instructables.com/id/IV-Swinger-2-a-50-IV-Curve-Tracer/

If you came here from there, welcome!

Otherwise, please visit that Instructable first. You may or may not end up back here depending on which variant you have chosen.

Step 1: Understand the HW Design / Choose Variant

Please refer to Step 1 in the original Instructable:

https://www.instructables.com/id/IV-Swinger-2-a-50-IV-Curve-Tracer/

If you are back here, it means you have chosen:

PCB – PV module version, solid-state relays (SSR)

Attached to this step are the following:

  • PDF of the steps of this Instructable
  • PDF of the schematic of this version
  • PDF with images of the top and bottom of the PCB

Step 2: Install Software

Before spending time building the hardware, install the Arduino software and the IV Swinger 2 application on the laptop that you’ll be using.

  • Install Arduino IDE:

https://www.arduino.cc/en/Main/Software

  • Install IV Swinger 2 app:

https://github.com/csatt/IV_Swinger/releases/latest

Make sure both of the above come up before proceeding. If necessary, upgrade the OS on your computer

Step 3: Order PCB

Currently, the PCB must be purchased from a manufacturing house that will actually fabricate it for your order. The downside of this is that you’ll probably have to buy more than you need. I have used the following two:

OSH Park:

  • https://oshpark.com
  • Made in USA
  • Cost: $25 for 3 PCBs (includes shipping)
  • Time: < 12 days to ship

PCBWay:

Amazingly, I have put in orders to PCBWay on a Monday and had the boards in my hands in California on Friday.

I have shared this PCB design on PCBWay, and you can order it directly using the following link:

https://www.pcbway.com/project/shareproject/W112835ASU2_IV_Swinger_2_ss_mod_RevB_2018_12_04.html

Alternately, you can order PCBs from OSH Park (or anywhere else) by uploading the ZIP archive of the Gerber files, which are found in the GitHub repository:

IV_Swinger/PCB/IV_Swinger_2_ssr_mod/Gerber/*.zip

Soon, I hope to find someone who wants to sell individual PCBs on eBay (possibly in kits, that include all the other parts too).

Step 4: Buy Other Parts

The other necessary parts to build an IV Swinger 2 can all be purchased online from Amazon and Digi-Key.

The SSR PV module version bill of materials (BOM) is attached to this step. It can also be downloaded from:

https://github.com/csatt/IV_Swinger/raw/master/PCB/BOM/ssr_mod_BOM.pdf

The BOM has an Amazon link and a Digi-Key link at the bottom. The Amazon link is a “wish list” that can be used to populate your cart. Some of the items come in quantities larger (in some cases much larger) than needed to build a single IV Swinger 2. You may, of course, choose to find equivalents that are offered in smaller quantities. Also, many of the items are things that you may already have, so don’t necessarily just blindly order everything on the list.

The Digi-Key link is a pre-populated shopping cart. Again, you’ll want to check if you already have any of the items before ordering.

In both cases, it is possible (or probable) that certain items will go out of stock or be discontinued, so you’ll have to find suitable substitutions. Note that there are some of the Digi-Key items have *ALTERNATE* in the “Customer Reference field. These should only be ordered if the primary version of the same part is marked as “backorder”.

Also included below is the link to donate to the original Arduino developers. I donate $5 for each $10 Arduino clone that I buy. This is your choice, but I think it is the right thing to do.

Donate to Arduino.cc:

https://www.arduino.cc/en/Main/Contribute

Source: IV Swinger 2 – PCB (PV Module, SSR)

Quick Solutions to Questions related to IV Swinger 2:

  • Which hardware variant is described in this article?
    This article describes the PCB - PV module version using solid-state relays (SSR).
  • What software must be installed before building the hardware?
    You must install the Arduino IDE and the IV Swinger 2 application on your laptop.
  • Where can I purchase the required PCBs?
    PCBs can be purchased from manufacturing houses like OSH Park or PCBWay.
  • How much do three PCBs cost at OSH Park?
    The cost is $25 for 3 PCBs, which includes shipping.
  • Is it possible to order directly from PCBWay using a specific link?
    Yes, you can order the specific design directly using the shared project link provided by the author.
  • Where can I find the Gerber files for ordering PCBs elsewhere?
    The Gerber files are found in the GitHub repository under IV_Swinger/PCB/IV_Swinger_2_ssr_mod/Gerber/*.zip.
  • How should I handle parts that are out of stock or discontinued?
    You will need to find suitable substitutions for any items that go out of stock or are discontinued.
  • When should I order the alternate versions of Digi-Key parts?
    You should only order alternate versions if the primary version of the same part is marked as backorder.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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