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Error Checking Schematics

Error Checking Schematics

This article presents tools and practices in reducing errors in your schematics.


Mitigating Noise in Double-sided PCBs: Multipoint Grounding (Gridded Ground) in Two-layer PCB Design

Mitigating Noise in Double-sided PCBs: Multipoint Grounding (Gridded Ground) in Two-layer PCB Design

Learn how to use the gridded ground technique to reduce noise in a double-sided PCB.


IC Design Resources Roundup: Mentor, Cadence, and Synopsys

IC Design Resources Roundup: Mentor, Cadence, and Synopsys

The design of a modern IC is a truly monumental undertaking, and IC design tools make the job possible.


Tips and Techniques for DC-DC Buck Converter PCB Layout

Tips and Techniques for DC-DC Buck Converter PCB Layout

Learn best layout practices for your DC-DC buck converter circuits.


Using LTSpice for Amplifier Noise Measurement

Using LTSpice for Amplifier Noise Measurement

Learn how to measure noise using LTspice for op-amp circuits with handy examples.


LTSpice Simulation Using WAV Files

LTSpice Simulation Using WAV Files

Learn how to interface with LTSpice using WAV files.


How to Perform Transient Analysis and Noise Source Simulation with LTspice

How to Perform Transient Analysis and Noise Source Simulation with LTspice

Learn multiple ways to simulate noise sources—for both transient and noise analysis—in LTspice.


When Can Electrical Engineers Use Python? Applications for the Python Programming Language

When Can Electrical Engineers Use Python? Applications for the Python Programming Language

Where can EEs use Python in their day to day? Here's a look at the applications where Python excels.


How to Simulate a Bidirectional Voltage-Controlled Current Source

How to Simulate a Bidirectional Voltage-Controlled Current Source

Learn about simulating an interesting current source built around an op-amp and an instrumentation amplifier.


Using Verilog to Describe a Sequential Circuit

Using Verilog to Describe a Sequential Circuit

This article focuses on using Verilog to describe synchronous sequential circuits.


Use Verilog to Describe a Combinational Circuit: The “If” and “Case” Statements

Use Verilog to Describe a Combinational Circuit: The “If” and “Case” Statements

This article explains the use of Verilog “If” and “Case” statements to describe a combinational circuit.


How to Design a Custom PCB Holder: Mechanical Considerations for a High-Precision Sensor System

How to Design a Custom PCB Holder: Mechanical Considerations for a High-Precision Sensor System

When working with high-precision sensors, it's crucial to consider housing. In this article, we discuss an approach to designing a custom board holder for an inclinometer subsystem.


How to Turn a Schematic into a PCB Layout: PCB Design for a Custom Inclinometer

How to Turn a Schematic into a PCB Layout: PCB Design for a Custom Inclinometer

So you have a schematic. How do you lay out your custom board? In this article, we'll go over the challenges and solutions I came across in designing a custom PCB for an inclinometer subsystem.


Describing Combinational Circuits in Verilog

Describing Combinational Circuits in Verilog

This article introduces the techniques for describing combinational circuits in Verilog by examining how to use the conditional operator to describe combinational truth tables.


Getting Started with the Verilog Hardware Description Language

Getting Started with the Verilog Hardware Description Language

In this article, we’ll study the basic structure of a Verilog module, look at some examples of using the Verilog “wire” data type and its vector form, and briefly touch on some differences between VHDL and Verilog.


How to Reduce Ground Bounce: Mitigating Noise with PCB Design Best Practices

How to Reduce Ground Bounce: Mitigating Noise with PCB Design Best Practices

Learn what ground bounce is and how you can avoid it with design decisions from PCB layout to programming.


The Path of Least Impedance: How to Use Return Paths for Better PCB Design

The Path of Least Impedance: How to Use Return Paths for Better PCB Design

High-speed signals don't follow the path of least resistance; they follow the path of least impedance.


Rigid-Flex PCB Design: Benefits and Design Best Practices

Rigid-Flex PCB Design: Benefits and Design Best Practices

This article will discuss what rigid-flex PCBs are, the advantages of using them, and the rules for designing with them for an application.


Guide to PCB Design: How to Choose a PCB Manufacturer

Guide to PCB Design: How to Choose a PCB Manufacturer

In this article, we will discuss some best practices for how to choose a manufacturer to produce your custom PCB board.


Guide to PCB Design: How to Generate Manufacturing Files for Custom Printed Circuit Boards

Guide to PCB Design: How to Generate Manufacturing Files for Custom Printed Circuit Boards

In this article, we'll go over the basics of generating manufacturing files for PCB design and manufacturing.