If you are interested in harnessing the awesome power of the new OpenAI ChatGPT artificial intelligence service taking the world by storm this year. You might be interested in a new article published by the Arduino team providing more information on how you can build Internet of Things IoT projects using the Arduino cloud and ChatGPT. In […]
Building IoT projects with ChatGPT and Arduino Cloud Continue Reading
The AD8122 is a triple, high speed, differential receiver and equalizer that compensates for the transmission losses of UTP and coaxial cables up to 300 meters in length. Various gain stages are summed together to best approximate the inverse frequency response of the cable. Each channel features a high impedance differential input that is ideal
Description The AFE4300 is a low-cost analog front-end incorporating two separate signal chains: one chain for weight-scale (WS) measurement and the other for body composition measurement (BCM) analysis. A 16-bit, 860-SPS analog-to-digital converter (ADC) is multiplexed between both chains. The weight measurement chain includes an instrumentation amplifier (INA) with the gain set by an external
TI chip combines body analysis in weighing scales Continue Reading
Harmful Algal Blooms (HABs) can have negative consequences for both marine life and human health, so it can be helpful to have early warning of when they’re on the way. Algal blooms deep below the surface can be especially difficult to detect, which is why [kutluhan_aktar] built an AI-assisted algal bloom detector. After taking images of
Microrad’s NHT 3DL Electromagnetic Field Analyzer is designed to measure electromagnetic fields in both time and frequency domains and in compliance with all the main international standards and regulations Saelig Company, Inc. has introduced the Microrad NHT 3DL Electromagnetic Field Analyzer, which is designed to measure electromagnetic fields in both time and frequency domains and in compliance
MICRORAD NHT 3DL ELECTROMAGNETIC FIELD SAFETY ANALYZER Continue Reading
There are plenty of problems that are easy for humans to solve, but are almost impossibly difficult for computers. Even though it seems that with modern computing power being what it is we should be able to solve a lot of these problems, things like identifying objects in images remains fairly difficult. Similarly, identifying specific
I made a lot-based plant monitoring device. From this device, you can measure the condition of your plant from anywhere in the world. The device is able to measure temperature, humidity, and soil moisture. Description I hope you are doing well because a few days ago I recovered from the virus. In the pandemic we
Avengers plant monitoring device with Arduino uno (Tuya IoT platform) Continue Reading
So first off , I am a student and wanted to pick an instrument , but the problem was that I was not sure that “would I be able to do it ?”. So, I thought to clear my base first and got an Idea to make a Piano using Arduino. This piano is a
Easy Arduino PIANO ( Including a Preset Song ) Continue Reading
[Brian Pugh] has shared a cool new project that simultaneously runs on desktop Python and MicroPython – the Belay library. This library lets you control a MicroPython device seamlessly from your Python code – interacting with real-world things like analog/digital trinkets, servos, Neopixels and displays, without having to create your own firmware or APIs. You need a
YOUR MICROPYTHON BOARD CAN BE YOUR TINKERING PERIPHERAL Continue Reading
In a continuation of Clem Mayer’s previous project, he’s now adding Wi-Fi connectivity for starting prints wirelessly from anywhere. Outdated technology The advent of USB and Wi-Fi-enabled printers is still quite recent. Before they were released to the market, these devices could only communicate over far more primitive data links. The classic parallel port is
Adding Wi-Fi to a 35-Year-Old Printer for Making ASCII Art Continue Reading
