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Why 90% of Component Compliance Issues Are Preventable (And How To Stop Them)

Why 90% of Component Compliance Issues Are Preventable (And How To Stop Them)

In today's rapidly evolving aerospace and defense landscape, component engineers face an unprecedented challenge: ensuring every part they specify meets stringent compliance requirements while maintaining mission readiness and program viability.


Designing Wearable Injectors: Low Power Meets Circuit Protection

Designing Wearable Injectors: Low Power Meets Circuit Protection

Learn how to optimize performance, safety, and battery life in 24/7 drug delivery systems using smart sensing and protection components.


DIP Switches: Understanding the Basics

DIP Switches: Understanding the Basics

DIP switches come in many forms and offer an array of configurations, sizes, switching mechanisms, and power ratings. This article will help equip designers to select the best models for their designs.


How To Withstand Electrical Stresses in Modern Op Amps

How To Withstand Electrical Stresses in Modern Op Amps

When designing amplifier circuits, it can be a challenge to avoid an overvoltage event at the amplifier. Learn the multiple options you have for preventing damage and when an overvoltage event occurs.


How to Hurdle Overswing and Noise In Low Power Designs

How to Hurdle Overswing and Noise In Low Power Designs

Overswing can occur when Zener diodes are pushed to their limits. Learn about why this happens and the problems it causes—and how to overcome the issue.


The Microcomputer Compensated Crystal Oscillator Is Finally Ready for Space

The Microcomputer Compensated Crystal Oscillator Is Finally Ready for Space

The latest advances in radiation-hardened digital components have enabled the development of MCXOs that, for the first time, can replace larger, high-power-consuming OCXOs in low-earth orbit (LEO) New Space applications.


How to Reduce Noise in Low-Voltage Amplifier Designs

How to Reduce Noise in Low-Voltage Amplifier Designs

This article compares the noise performance of two different amplifiers and optimizes noise performance through the use of passive filtering.


A Teardown of the Hitachi SJ Series P1 Variable Frequency Drives

A Teardown of the Hitachi SJ Series P1 Variable Frequency Drives

This teardown looks at the inner workings of the Hitachi SJ P1 Variable Frequency Drive, an inverter for industrial applications.


An Overview of Driver Circuits for Piezo Transducer Buzzers

An Overview of Driver Circuits for Piezo Transducer Buzzers

This article covers the advantages and disadvantages of several common driver circuit design techniques for piezo transducer buzzers.


How to Select the Right Aluminum Electrolytic Capacitor

How to Select the Right Aluminum Electrolytic Capacitor

Learn the characteristics of aluminum electrolytic capacitors and tips on how to properly select one for use in electrical designs.


Understanding Capacitor Leakage to Make Smart Things Run Longer

Understanding Capacitor Leakage to Make Smart Things Run Longer

Analyzing the leakage current from capacitors in the circuit of smart devices and selecting alternative components to reduce leakage could allow smart devices to last longer.


Bel Fuse Circuit Protection 0AD Series Family of Fuses

Bel Fuse Circuit Protection 0AD Series Family of Fuses

The Bel Fuse 0AD family of fuses are small fuses with very high AC and DC voltage ratings and interrupting ratings. The fuses leverage advanced materials and processing to shrink the fuse size without sacrificing electrical performance or physical integrity.


Resolving the Signal Part 10: How Clock Signals Affect Precision ADCs

Resolving the Signal Part 10: How Clock Signals Affect Precision ADCs

Part 10 of the Resolving the Signal series covers how clocks affect precision ADCs, touching on clock jitter, clock intermodulation and best PCB layout practices for clocking.


Resolving the Signal Part 5: Understanding Effective Noise Bandwidth in Precision Delta-Sigma ADCs

Resolving the Signal Part 5: Understanding Effective Noise Bandwidth in Precision Delta-Sigma ADCs

Part 5 of this 12-part series continues to explore effective noise bandwidth as it relates to delta-sigma ADCs and system-level design by stepping through a simple example using a two-stage filter to understand how to calculate the ENBW and how system changes affect the ENBW.


Resolving the Signal Part 4: Understanding Effective Noise Bandwidth in Precision Delta-Sigma ADCs

Resolving the Signal Part 4: Understanding Effective Noise Bandwidth in Precision Delta-Sigma ADCs

Part 4 of this “Resolving the Signal” article series covers noise in delta-sigma ADCs focuses on understanding basic effective noise bandwidth (ENBW) topics.


Using a Silego GreenPAK to Build a Temperature Sensing System

Using a Silego GreenPAK to Build a Temperature Sensing System

In this project, we'll test how the Silego GreenPAK can be used to build a temperature-sensing system.


Understanding and Eliminating 1/f Noise

Understanding and Eliminating 1/f Noise

This article defines 1/f noise and goes over ways to reduce or eliminate it in precision measurement applications.


Understanding Switching Regulator Output Artifacts Expedites Power Supply Design

Understanding Switching Regulator Output Artifacts Expedites Power Supply Design

Understanding these artifacts allows designers to successfully integrate switching regulators in a wider range of high-performance, noise-sensitive applications.


Ferrite Beads Demystified

Ferrite Beads Demystified

Learn how to get the most out of ferrite beads in your designs.


The Twelve Cardinal Rules of Fuseology

The Twelve Cardinal Rules of Fuseology

As designs become smaller, faster and more complex, so do circuit protection decisions. Learn more about circuit protection with this guide.