Shared boards with the tag: prototyping
100 x 68 Enclosure Prototyping Board
Created by UniquePete on 2020-06-05 02:51:012 Layer Board - 8.0908 sq in (3.5433in x 2.2834in) / 5219.86 sq/mm (90mm x 58mm)
$29.37 per set of 4 ($3.63 per sq in)
A prototyping board to fit within a 100 x 68 mm enclosure, including 18650 and 14500 battery enclosure mounting points and solder-jumper isolation from GND + Vcc planes.
License: CC BY-NC-SA 2.5 AUProject URL: http://digitalconcepts.net.au/pcbs/proto
Tags: prototyping, enclosure, 100x68
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100 x 68 Enclosure Prototyping Board
Created by UniquePete on 2020-06-05 01:27:352 Layer Board - 8.0908 sq in (3.5433in x 2.2834in) / 5219.86 sq/mm (90mm x 58mm)
$29.37 per set of 4 ($3.63 per sq in)
A prototyping board to fit within a 100 x 68 mm enclosure, including 18650 and 14500 battery (GND + Vcc plane), coupled side connection and Pi 0 standoff mounting points.
License: CC BY-NC-SA 2.5 AUProject URL: http://digitalconcepts.net.au/pcbs/proto
Tags: prototyping, enclosure, 100x68
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85 x 58 Enclosure Prototyping Board
Created by UniquePete on 2020-06-05 01:19:502 Layer Board - 5.6202 sq in (2.9134in x 1.9291in) / 3625.93 sq/mm (74mm x 49mm)
$21.02 per set of 4 ($3.74 per sq in)
A prototyping board to fit within an 85 x 58 mm enclosure, including 14500 battery mounting points with solder-jumper isolation from GND + Vcc planes.
License: CC BY-NC-SA 2.5 AUProject URL: http://digitalconcepts.net.au/pcbs
Tags: prototyping, enclosure, 85x58
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iot_prototype_hat_v1.0
Created by Wijnand on 2019-09-08 11:52:122 Layer Board - 2.4932 sq in (0.9200in x 2.7100in) / 1608.51 sq/mm (23.37mm x 68.83mm)
$9.85 per set of 4 ($3.95 per sq in)
License: CC-BY 4.0
Project URL: http://alf4all.demon.nl/engineering/topics/targets/Arduino-Pro-Mini_RFM95/index.htm
Tags: iot, prototyping
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Breadboard buttons (1x5)
Created by PhilboBaggins on 2017-12-11 13:06:022 Layer Board - 1.0861 sq in (0.8024in x 1.3536in) / 700.71 sq/mm (20.38mm x 34.38mm)
$4.34 per set of 4 ($4.00 per sq in)
Buttons and resistors on a breadboard compatible PCB.
While the button is not being pressed, the input signal (numbered 1 through 5) is connected through a resistor to the inactive (I) pin. When the button is pressed, the input signal is connected to the active (A) pin. This enables you to select whether the buttons are active high or active low (or anything else really) simply by connecting a different voltage to the active (A) and inactive (I) pins.
If you want the input to go high when a button is pressed (active high), connect VCC to the active (A) pin and ground to the inactive (I) pin. If you want the input to go low when a button is pressed (active low) connect ground to the active (A) pin and VCC to the inactive (I) pin.
License: CC-BY-SA 4.0Project URL: https://github.com/PhilboBaggins/assorted-pcbs/tree/master/Breadboard%20buttons%20-%201x5
Tags: breadboard, buttons, prototyping
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