A new microcontroller with low-power peripherals rapidly captures analog signals with minimal power draw and lower BOM.

Yesterday we wrote about using quantum sensors for brain-computer interfaces (BCI) and other biomedical applications. But that’s the future, and if you want to experiment with brain-computer interface ...

The company also provides example codes for peripherals like ADC and ACC, as well as application notes for topics such as XIP with serial flash, temperature sensor calibration, and product lifetime ...

ADS1115 Raspberry PI API using C++ callbacks. In contrast to unprecise getters this class hands over the data at a given sampling rate via a callback handler.

The 23 bits mantissa of the IEEE754 float matches the 24 bit ADC very well. Furthermore using floats gave a smaller footprint on the Arduino UNO. Note that the 24 bits of the HX711 contains some noise ...

Designed for work in circuits with varied voltage levels. Until recently, a very common problem faced by electronic circuit designers was the difference in supply voltage standards between ...

Unleash the power of precision and innovation with the NS_RX_12G_T16, a state-of-the-art 12-bit, 12-Gsps Analog-to-Digital Converter (ADC). This cutting-edge product redefines ADC architectures ...

Whereas a typical scale would then simply show the resulting number on an LCD display, [Mirko] decided to use a moving coil meter driven by the Arduino’s analog output. That meter was originally ...

When Elliot and I record the raw audio for the weekly podcast, it’s not unusual for us to spend the better part of two hours meandering from topic to topic. During one of these extended gab ...

An analog-to-digital converter (abbreviated ADC, A/D or A to D) is a device which converts continuous signals to discrete digital numbers. The reverse operation is performed by a digital-to-analog ...