Latest Waveform Generators Articles and Videos

The newly-announced Si89xx product family provides voltage, current, and package options.

The newly-announced Si89xx product family provides voltage, current, and package options.

With robust memory and new features, the AWG70000B Series by Tektronix brings dynamic real-world signal simulation to…

With robust memory and new features, the AWG70000B Series by Tektronix brings dynamic real-world signal simulation to test and measurement.

DesignCon 2019 begins today in Santa Clara, California. Here's a brief overview of the show's goals and events.

DesignCon 2019 begins today in Santa Clara, California. Here's a brief overview of the show's goals and events.

In this article, we’ll use Scilab to generate numerical signals that can be converted into analog waveforms by a…

In this article, we’ll use Scilab to generate numerical signals that can be converted into analog waveforms by a computer’s audio hardware.

Analog Devices’ ADE9153A is a high accuracy energy metering IC with mSure® autocalibration to support Class 1 and…

Analog Devices’ ADE9153A is a high accuracy energy metering IC with mSure® autocalibration to support Class 1 and Class 2 meters.

Learn about a DSP technique that extracts the original digital data from a demodulated frequency-shift-keying baseband signal.

Learn about a DSP technique that extracts the original digital data from a demodulated frequency-shift-keying baseband signal.

Scilab’s FFT functionality can help you understand the frequency-domain effects of RF modulation techniques.

Scilab’s FFT functionality can help you understand the frequency-domain effects of RF modulation techniques.

In this article we’ll work with sinusoidal signals in the frequency domain using Scilab’s fast Fourier transform…

In this article we’ll work with sinusoidal signals in the frequency domain using Scilab’s fast Fourier transform (FFT) functionality.

Part 8 of the Resolving the Signal series dives further into how different noise sources impact precision delta-sigma…

Part 8 of the Resolving the Signal series dives further into how different noise sources impact precision delta-sigma ADCs by focusing on reference noise and ADC noise, and how gain affects reference noise.

This article looks at the technology and the sample kits that Powercast provides users who want to learn more about the…

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 article takes a look at the IIS3DHHC three-axis accelerometer from STMicroelectronics.

This article takes a look at the IIS3DHHC three-axis accelerometer from STMicroelectronics.

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.

RIGOL, a Beijing-based company, is celebrating their 20th anniversary. To mark the occasion, RIGOL has announced the…

RIGOL, a Beijing-based company, is celebrating their 20th anniversary. To mark the occasion, RIGOL has announced the release of two products: the 7000 range of oscilloscopes and the affordable RSA3000 real-time spectrum analyzer range.

Sensirion announces their new SDP3x series of "the world's smallest differential pressure sensors," which allow for more…

Sensirion announces their new SDP3x series of "the world's smallest differential pressure sensors," which allow for more integration and application possibilities.

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.