Double sided proto board with perpendicular strips?

[braddo]

Hello, hard to pick the right subject for this post but, ....

I have been searching for but not finding double sided strip board which has strips going one direction on one side and the other direction on the other side. Does this exist? Most strip board either has just strips on one side, or through hole "matrix" on the other side.

I'm thinking that the ability to significantly reduce jumper wires/links could be efficient and fun. Is this a crazy/broken idea? If not, anyone have a link?

Thanks!

[jremington]

I've never seen anything like your description, but these protoboard PCBs are well made and very handy.

[b707]

@braddo

I have been searching for but not finding double sided strip board which has strips going one direction on one side and the other direction on the other side. Does this exist?

I doubt this exists.
If they existed, it would be almost impossible to use them, because when soldering the nonplanar elements on the board, adjacent contacts would be connected - either in one direction or in the other

[ruilviana]

Hi,
I think I understand what you want.
You want a PCB that has vertical tracks on one side and horizontal tracks on the other side but no through hole.
Correct?

It really must be hard to find,
but you can buy 2 boards of this one that I'll post the image, cut them in a square, and glue them against each other, aligning the holes and with the tracks in the direction you need.

It's not the best of all worlds but it meets your need.

[braddo]

Thanks for the reply, yes I guess I could glue two together rotated 90 degrees. It was sort of an idle question, since i'm so lazy I don't want to string wires across but it does seem a potentially useful idea to me.

[b707]

@braddo

it does seem a potentially useful idea to me.

but a potentially dangerous too

[LarryD]

Point to point wiring with 30AWG wire can be a powerful method for making your own prototypes.

See:

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While doing some lapidary work, it became obvious the bits I was using could be repurposed into the electronics area. Wet/dry ‘Diamond Core Bits’ are used in making jewelry and in cutting holes in glass; for example making a hole in a bottle for a power cord to go through. These bits come in many diameters and are relatively inexpensive. Core bits are hollow and nicely make solder pad shapes in PCB FR4 material. The following discussion shows how these bits can be used to manufacture a point …

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Project construction example and hints If you are new to making projects, below is a process you might want to try. Rather than using a prototyping PCB, we will build the following project on a copper clad PCB ‘mother board’. After you decide what you want to make, draw a schematic of your design showing ‘all’ the components in your circuit. There are many free PCB software packages for schematic design and PCB layout. If your design uses a SMPS (switch mode power supply) always add a ‘Fer…

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Reviewing how to make a semi permanent prototyping PCB using coring bits. In this case ‘Thin Wall’ 9mm, 6.5mm and 5mm jewelry diamond coring bits are used to make the PCB pads. It is important to spend the time to make a paper layout from the circuit schematic. A 1:1 image of the layout is made using your favorite vector drawing program. Make center punch marks on the copper clad PCB for each pad. To prevent the board from moving on the drill press, place a silicone nonslip pad under the PC…

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A jig to aid in making core bit pads. The ‘Core Bit Drilling Jig’ makes drilling pads in copper clad PCB material quick and easy. Attached images show all the materials needed and the use of the jig. Your 'work' is sandwiched between a drilling template and sandpaper. The jig holds the ‘work piece’ secure while drilling the circuit pads. Silicon carbide sandpaper bites into the ‘work’ so it does not move. Light downward pressure on the drilling template is all that is needed to hold the ‘…

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Making a Reasonable looking Test Jig The following images show how to build a test jig. [A] Design your front panel layout. Print a 1:1 paper copy and add double stick tape. Laminate. [B] [C] [D] [E] [F] [G] Enlarge the holes for your LEDs switches etc. [H] [I] [J] [K] See this post for soldering the proto board components: