This article looks at the technology and the sample kits that Powercast provides users who want to learn more about the technology.
This article looks at the technology and the sample kits that Powercast provides users who want to learn more about the technology.
The OPB9000 is a reflective light sensor from TTElectronics with programmable output and sensitivity levels.
The OPB9000 is a reflective light sensor from TTElectronics with programmable output and sensitivity levels.
This project demonstrates and discusses the performance and functionality of an inductorless ±5 V power-supply circuit.
This project demonstrates and discusses the performance and functionality of an inductorless ±5 V power-supply circuit.
Use a Honeywell particle sensor to measure 2.5 µm PM and 10.0 µm PM concentrations in your environment.
Use a Honeywell particle sensor to measure 2.5 µm PM and 10.0 µm PM concentrations in your environment.
Tired of using your PC or mobile phone as a signal generator? It’s time to upgrade to a standalone one by making it yourself.
Tired of using your PC or mobile phone as a signal generator? It’s time to upgrade to a standalone one by making it yourself.
In this article, we’ll evaluate different firmware strategies in our pursuit of maximum-frequency analog signal generation.
In this article, we’ll evaluate different firmware strategies in our pursuit of maximum-frequency analog signal generation.
In this article, we’ll develop firmware that will serve as the basis for high-precision, high-speed signal generation.
In this article, we’ll develop firmware that will serve as the basis for high-precision, high-speed signal generation.
In this article we’ll discuss the PCB layout for a custom-designed arbitrary waveform generator board.
In this article we’ll discuss the PCB layout for a custom-designed arbitrary waveform generator board.
How do you convert DAC output currents into a normal voltage signal? Let’s take a look.
How do you convert DAC output currents into a normal voltage signal? Let’s take a look.
This article presents a custom digital-to-analog-conversion design built around a high-speed DAC from Analog Devices.
This article presents a custom digital-to-analog-conversion design built around a high-speed DAC from Analog Devices.
In this article, we’ll look at general concepts and some design details for a circuit board that can output a wide…
In this article, we’ll look at general concepts and some design details for a circuit board that can output a wide variety of analog signals.
This article attempts to give a deeper insight into the interpretation of DFT (direct Fourier transform) output.
This article attempts to give a deeper insight into the interpretation of DFT (direct Fourier transform) output.
Bluetooth LE was designed with the IoT in mind. Here are some options for troubleshooting your next Bluetooth LE project.
Bluetooth LE was designed with the IoT in mind. Here are some options for troubleshooting your next Bluetooth LE project.
This article looks at various types of oscilloscope probes and how to use them.
This article looks at various types of oscilloscope probes and how to use them.
Harmonic distortion can be introduced to audio amplifiers from many sources but reduced to levels below the threshold of…
Harmonic distortion can be introduced to audio amplifiers from many sources but reduced to levels below the threshold of human hearing.
The BNO055 is an absolute orientation sensor from Bosch that combines sensor data and a microprocessor to filter and…
The BNO055 is an absolute orientation sensor from Bosch that combines sensor data and a microprocessor to filter and combine the data, giving users their absolute orientation in space.
Total harmonic distortion (THD) is a measurement that tells you how much of the distortion of a voltage or current is due…
Total harmonic distortion (THD) is a measurement that tells you how much of the distortion of a voltage or current is due to harmonics in the signal.
This project explores capacitive-touch-sense technology using an evaluation board for an EFM8 Sleepy Bee microcontroller.
This project explores capacitive-touch-sense technology using an evaluation board for an EFM8 Sleepy Bee microcontroller.
This is part 2 of a step-by-step guide to bringing your custom microcontroller design to life.
This is part 2 of a step-by-step guide to bringing your custom microcontroller design to life.
This project will show you how to make a device that can measure resistances as low as 0.1 ohms.
This project will show you how to make a device that can measure resistances as low as 0.1 ohms.
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