Bench Talk

9.13.8 dev test

On noviembre 13, 2025 in Automotive, Medical, test by Adam Kimmel

Do the Dev Test

Tagged With: arms, swing, your

Human Augmentation and Arduino Technologies

On marzo 15, 2019 in All, EIT 2018: Generation Robot, Medical, Open Source, Robotics by Bruce Byfield

Arduino microcontrollers are playing a major role in the development of prosthetics and devices for human augmentation. Once aimed at students and hobbyists, today Arduino technologies offer numerous advantages typical of open source software and hardware that significantly accelerate development and reduce costs.

Tagged With: Arduino, Arduino-based prosthetics, Atmel, e-Nable, Free software, Human augmentation, Microchip, Open source, Prosthetics

CES 2019: Defining a New Smarter Society For Us All

On enero 11, 2019 in Automation, Automotive, IoT, Medical, Wireless by Mouser Staff

The 2019 Consumer Electronics Show (CES) brought together a mind-blowing myriad of different product innovations. With a projected 180,000 people and nearly 4,500 companies attending, there simply isn’t another tech-related event that competes with this in terms of either scale or diversity.

Tagged With: 2019 Consumer Electronics Show, AI, AI algorithm, AR, Artificial Intelligence, Augmented Reality, CES, Home automation, Human-machine interface

Where Nanotechnology, the IoT, and Industry 4.0 Meet

On enero 3, 2019 in All, Industrial, IoT, Medical, Sensors, Wireless by Liam Critchley

The Internet of Things (IoT) has been developing and advancing for many years and has brought around the beginning of the fourth industrial revolution, Industry 4.0, where many processes are now being automated. While it is not obvious, nanotechnology also has a role to play in this new industry.

Tagged With: Gateway, IIoT, Industrial Internet of Things, Industry 4.0, Internet of Nano Things, Internet of Things, IoNT, IoT, Micro-Nano Interface, Nano Nodes, Nanomaterials, Nano-Router, Nanosensors, Nanotechnology, Sensors

How Nanotechnology Has Helped to Realize Flexible and Wearable Electronics

On diciembre 10, 2018 in All, Energy Harvesting, Industrial, IoT, Medical, Sensors by Liam Critchley

Flexible and wearable electronics are rapidly growing industries. The development and growth of these devices are due to the benefits and specific properties of the nanomaterials that are commonly used within these devices. Here we look at why nanomaterials are used in these electronic devices.

Tagged With: 2D materials, Carbon Nanotubes, Flexible electronics, Graphene, Health monitoring, Hexagonal Boron Nitride, Laptops, Medical, Nanotechnology, OLED, Phones, Polymers, Quantum Dots, Sensors, Solar cells, TMDCs, Touch screens, Transition Metal Dichalcogenides, Wearable electronics

Wireless Tech Helps Protect Healthcare Budgets

On septiembre 17, 2018 in All, IoT, Low Power, Medical, RF, Wireless by Steven Keeping

An aging population is increasingly suffering from chronic diseases such as diabetes and heart failure, and frequent hospitalization puts an additional load on stressed healthcare budgets. However, now wireless technology is enabling good symptom management, keeping seniors safe at home and protecting healthcare budgets.

Tagged With: BLE, Blood pressure, Bluetooth low energy, Bluetooth SIG, Bluetooth Special Interest Group, Diabetes monitoring, Disease management, Healthcare, Heart rate monitoring, Internet of Things, IoT, Medical, Sensors, Thread, Vital signs, Wearables, Wi-Fi, Wireless technology, ZigBee

Nano, Nano: Shrinking Power Consumption Down in Analog Power Design

On septiembre 5, 2018 in All, Automation, Automotive, Energy Harvesting, Industrial, IoT, Low Power, Medical, Power, RF, Robotics, Sensors, Wireless by Paul Golata

Using their analog expertise, ROHM Semiconductor has developed a new product line, the Nano Series, to achieve more compact parts that require less energy to operate.

Tagged With: Analog, Ant-Man and the Wasp, Buck converter, Constant-on time, Consumption, Control, COT, Current, Design, Devices, Energy, Engineer, IC, Integrated circuit, Internet of Things, IoT, Low quiescent, Nano, Output, Power, Pulse, Range, Ratios, ROHM Semiconductor, Small packaging, Smart Revolution, Step-down, Switching-on time, Synchronous, ULP, Ultra-low-power, Voltage

Augmenting Intelligence: Enabling Neural Networks

On agosto 15, 2018 in All, Computing, EIT 2018: Generation Robot, Empowering Innovation, Medical, Robotics, Sensors by Paul Golata

Artificial neural networks (ANNs) are a connected system of nodes that transmit nerve impulses, much like human neurons do. ANNs have made significant inroads, helping technologists develop new solutions in machine vision, human speech recognition, and medical diagnostics.

Tagged With: AI, ANN, Artificial intelligence, Artificial neural network, Cognitive mapping, Deep learning, Field-programmable gate arrays, FPGA, Human speech recognition, Integrative biorobotics, Intel, Machine learning, Machine vision, Neural coding, Neural decoding, Neural networks, Neuroinformatics, Reinforcement learning, Silicon neurons

Exoskeletons Present Mobility Solutions Using an Array of Sensors

On agosto 15, 2018 in All, Automation, EIT 2018: Generation Robot, Empowering Innovation, Medical, Robotics, Sensors by Steve Schriber

Powered exoskeletons augment or deliver motion capabilities using motors, sensors, actuators, power sources, and control units. Kinetic sensors such as gyroscopes, tilt sensors, inertial sensors, and accelerometers provide necessary feedback to help an exoskeleton stay balanced and on course.

Tagged With: Arm power amplification, Balance sensors, Bionic exoskeleton, EEG signals, EMG Control, Exoskeleton, Exoskeletons, Gyroscope, Induce correlated EEG, Industrial exoskeletons, Inertial sensors, Lower limb disabled, Military exoskeletons, Passive exoskeletons, Powered exoskeleton, Robots algorithm, Walking assist, Walking assist exoskeletons

Ensuring the Electrical Safety of Powered Exoskeletons

On agosto 15, 2018 in All, Connectors, EIT 2018: Generation Robot, Industrial, Medical, Motor Control, Power, Robotics, Sensors by Alex Misiti

Exoskeleton use in improving the mobility of patients with spinal cord injuries, helping industrial workers lift heavy objects, and enhancing soldiers’ abilities on the battlefield are obvious benefits, but designers and engineers must remove safety risks to ensure the health and well-being of users.

Tagged With: Biocompatibility, Electrical safety, Exoskeleton safety, Li-ion battery, Lithium-ion batteries, Molex, Powered exoskeletons, Thermal runaway, Wearables, Wire connectors

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