Do not use solid wire with IDCs or for anything “off board.” If the board needs work, just flexing the solid wire to get underneath can cause it to break open. You may want to remove the first solid copper strip towards the hole strips to prevent any shorts when soldering the wires on to the header. Next, you will have to make opens between each pin, but leave enough copper for proper soldering. Use a Dremel drill (a drill press helps big time) and create the required number of holes from the copper side. 156 header on top of the copper and scratch its pins into the strip. 156 headers soldered onto the ”strip edge” which will need wire to bring the connections to the through hole traces underneath.Ī tip here is to use the middle solid trace (for mechanical stability). However, this rule can be broken to accommodate items such as. I recommend never running wires or placing components underneath the Vero board because it’s a lot easier to just look at the top when doing any troubleshooting.
![fritzing stripboard fritzing stripboard](https://forum.fritzing.org/uploads/default/original/2X/f/fbae8ed1b08a2a3584f6703744db67528f181da5.jpeg)
FRITZING STRIPBOARD PLUS
This helps stripping the wire at the proper length the first time, and will result in nice tight straight wire lines.Ī pair of handheld auto wire strippers helps with large projects, plus gives the wires a clean cut look. I use more colors if I need to differentiate analog from digital signals, or for different inputs, outputs, and voltage levels.Ī good tip here is to strip one end of the wire, place it in your first hole, run the wire across to the target hole, then dent the insulation with your thumbnail above the hole. Use at least three colors for example, red, black, and blue (or any other colors). Typical wire used for Vero work is solid 22 gauge. It can be a simple handdrawn figure or one created on a CAD program. To help service your Vero creation, it is advisable to create a pictorial parts layout diagram along with your schematic. We might have a new variant or an old test that could require improving this forethought makes changes easy to incorporate. ECN stands for engineering change notice and in my particular line of work, it is prudent to accommodate for this possibility up front. Secondly, I like to leave extra space for what I call the ECN space. I always give ample room for my projects first and foremost because you or some else may have to troubleshoot and repair the strip board circuit. Stay away from leaf IC sockets as they have too many intermittent problems only use machine IC sockets. A good practice is to align all (or as many) of the ICs in the same orientation this leaves no doubt which way an IC is to be installed. You may want to tack a couple of pins down on items like IC sockets, then look if it fits your plan. Don’t be afraid to rearrange parts if necessary. This step gives you a ball park as to the space required for your project, so helps reduce rework. You can also have problems from not “proving” your circuit on a breadboard first. Too many Vero projects quickly turn into a crowded nightmare because of poor planning ( Figure 2). Having the proper amount of real estate available is the number one consideration when planning a Vero project. 156 IDC (insulation displacement connectors) headers.
![fritzing stripboard fritzing stripboard](https://www.saashub.com/images/app/screenshots/21/fc50024fa3e2/landing-medium.jpg)
These traces can be drilled to accommodate larger size connectors such as. There are also five solid traces along two edges that can be used as power or data buses. It does not match a breadboard exactly, but it is close enough and offers larger sheets than breadboard strip boards. 100 inch hole spacing to accept many common electronic packages. I prefer the Vero board type 01-0014 because it has 38 rows of traces with standard. This is how a Vero board ought to look! Top and Bottom
![fritzing stripboard fritzing stripboard](https://www.workshopshed.com/wp-content/uploads/2020/04/KiCad3-600x377.png)
I recommend you give these timeless techniques a try.įIGURE 1. My experience using Vero boards has helped me be a better printed circuit board (PCB) layout designer. Having been an electronic technician for over 30 years (and still employed today), I have built countless Vero board circuits for both protyping and functional every day use. Most PICs are still available in through hole packages, along with common transistors, diodes, and resistors. I built a development Vero board project ( Figure 1) based on the Microchip PIC16F877A-04 10 years ago. One manufacturer of these prototype boards is Vero ( Many techs of yester year built their projects on a breadboard, then would transfer everything to a mirror copper clad board. Not long ago, if you wanted a similar device you would build it using a copper clad strip board. These days, we see many forms of ready-to-go development platforms such as the Arduino and Raspberry Pi which are primarily SMT component based.