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How to Design a Precision Current Pump with Op-Amps

How to Design a Precision Current Pump with Op-Amps

This article discusses a voltage-controlled current-source circuit that requires only two op-amps and a handful of resistors.


Understanding Electromagnetic Compatibility Tests: Conducted EMC

Understanding Electromagnetic Compatibility Tests: Conducted EMC

This article is the first in a two-part series that reviews the basics of electromagnetic compatibility tests. First, we'll focus on a main category of EMC tests—conducted EMC—and the relevant test setup.


Using a Supervisory Circuit to Turn a Conventional SRAM into Fast Non-Volatile Memory

Using a Supervisory Circuit to Turn a Conventional SRAM into Fast Non-Volatile Memory

How can you build a fast non-volatile memory from a conventional SRAM? It turns out, you only need a back-up battery and some control circuitry.


The Four EV Charging Modes in the IEC 61851 Standard

The Four EV Charging Modes in the IEC 61851 Standard

In this article, we’ll look at different EV charging modes specified by the International Electrotechnical Commission (IEC).


What Is a Voltage Drop in an Electric Circuit?

What Is a Voltage Drop in an Electric Circuit?

How exactly does polarity factor into the voltage drops across the three basic elements of electrical circuits—resistors, capacitors, and inductors?


Quantum Efficiency and Signal-to-Noise Ratio in CCD Image Sensors

Quantum Efficiency and Signal-to-Noise Ratio in CCD Image Sensors

In this article, we’ll draw upon our knowledge of noise sources and combine it with some new information to create a comprehensive model for CCD noise performance.


Charge-Coupled Device Clocking Techniques for CCD Readout

Charge-Coupled Device Clocking Techniques for CCD Readout

This article continues the Image Sensor Technology series by examining details involved in the movement of light-generated electric charge within a CCD.


Simulating SiC MOSFET Thermal and Switching Behavior in LTspice

Simulating SiC MOSFET Thermal and Switching Behavior in LTspice

In this article, we’ll set up a basic SiC switching circuit and perform some transient simulations.


How to Simulate Silicon Carbide Transistors with LTspice

How to Simulate Silicon Carbide Transistors with LTspice

This article reviews the silicon carbide scene and then explains how to get SiC SPICE models and incorporate them into a simulation circuit.


Voltage Buffer Simulation in PSpice: Boosting the Output Current Drive of Op-Amps

Voltage Buffer Simulation in PSpice: Boosting the Output Current Drive of Op-Amps

Learn how simulating a voltage buffer can help you implement it more effectively to boost the output current drive of an op-amp.


How to Boost the Output Current Drive Capability of an Op-Amp

How to Boost the Output Current Drive Capability of an Op-Amp

In the first part of this series on composite amplifiers, we'll investigate one method of boosting an op-amp’s output current drive capability.


How Is a Load Line Used in Circuit Design?

How Is a Load Line Used in Circuit Design?

In this entry of our Frequent Engineering Questions (FEQ) series, learn the basics of how a load line can be used in designing circuits.


What Is a Linear Voltage Regulator?

What Is a Linear Voltage Regulator?

Learn the basics of linear voltage regulators in this bite-sized education brief.


Using Power Spectral Density (PSD) to Characterize Noise

Using Power Spectral Density (PSD) to Characterize Noise

Learn about how power spectral density (PSD) helps us to examine the effect of a noise source on the output of a linear time-invariant (LTI) system.


Introduction to Microcontroller Timers: Periodic Timers

Introduction to Microcontroller Timers: Periodic Timers

This article, the first in a series on “timer/counter” functions in microcontrollers, discusses periodic timers.


Introduction to the Synchronous Demodulation

Introduction to the Synchronous Demodulation

This article will discuss the basic idea behind the synchronous demodulation technique.


Predicting Battery Degradation with a Trinket M0 and Python Software Algorithms

Predicting Battery Degradation with a Trinket M0 and Python Software Algorithms

Learn how to build a setup that will help you predict a battery's performance as it ages using a Trinket M0 and software algorithms.


Projects Dec 09, 2019 by Aaron Hanson
Noise in Electronics Engineering: Distribution, Noise RMS and Peak-to-Peak Value, and Power Spectral Density

Noise in Electronics Engineering: Distribution, Noise RMS and Peak-to-Peak Value, and Power Spectral Density

In this article, we’ll first examine an important feature of common noise sources: the relationship between the noise root mean square (RMS) and peak-to-peak value.


Introduction to Adaptive Front Lighting Systems (AFS)

Introduction to Adaptive Front Lighting Systems (AFS)

Learn more about the design considerations that go into developing adaptive automotive lighting solutions.


A Case for Renewables with Solar Photovoltaics: A Power Engineer’s Perspective

A Case for Renewables with Solar Photovoltaics: A Power Engineer’s Perspective

Why should we consider solar in design? Here's an argument put together by a power engineer.