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Red Hot PCB: Microcontroller Powered Electonic Neuron Simulators
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This guide is here to help you understand the difference between SMT and THT, so you can choose the best method for your next project.
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Ever thought about building your own brain? This weeks Red Hot PCB features Neurobytes designed byNeurotinkers. NeuroBytes are open source electronic neuron simulators that are designed to help students understand the basics of neuroscience! This PCB is known as the Touch Sensor, which is part of a biological neural network that allows you to physically recreate and interact with different elements of the nervous system. Similar to the real brain, these circuits can be triggered by touch, light, sound, and temperature to produce motor output. Each modular board includes five dendrites (inputs) along with two axon terminal (outputs) that allow easy connection with other identical boards. The NeuroBytes are powered by an Atmel ATtiny44A microcontroller running various types of open-source firmware and are flashed with a neuron program that manages to keep track of internal membrane potential. NeuroBytes have evolved since 2014 with approximately 1400 individual elements built to date, along with numerous accessories that help constructed networks interface with the real world.
Neuro Tinker 1 e1501601624927
Thank you to Zach Fredin, Co-Founder & Lead Engineer for his contribution to this weeks post.
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Related Blog Posts
The Future of Electronics is Moving Away from Silicon Chips
With technological advances and changing market trends, there has been a growing movement towards silicon carbide (SiC) and system-on-a-chip (SoC) designs.
Why Should You Use Rigid-Flex PCB Assembly?
Rigid-flex PCBs use both rigid and flexible substrates, enabling the electronic engineer to connect multiple layers of flexible and printed subcircuits.
SMT Assembly vs. Through-Hole: What to Know
This guide is here to help you understand the difference between SMT and THT, so you can choose the best method for your next project.
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