Electronics Industry News

 

Questions on Electronics Reliability Engineering

Q. What is reliability? Q. Whom do you call a Reliability Engineer? Q. What is MTBF for electronics? Q. What is Failure Rate? Q. What is MTTF of electronics? Q. When MTBF is used, and When MTTF is used in electronics? Q. What is Accelerated Life Testing (ALT)? Q. What is Accelerated Stress Testing? Q. […]

Read more >>> Questions on Electronics Reliability Engineering

Reliability Engineering Certification is sponsored by American Standards of Quality (ASQ). ASQ Certified Reliability Engineer (CRE) is a professional who understands the principles of performance evaluation and prediction to improve product/systems safety, reliability and maintainability. This certification covers a broad range of topics and technologies in reliability engineering. This body of knowledge (BOK) and applied […]

Read more >>> Reliability Engineer Certification Online

Capacitors Failure Mode Probability Distributions are listed for Tantalum Electrolytic Capacitor Failures, Aluminum Electrolytic Capacitor Failures, Ceramic Capacitor Failures, Mica/Glass Capacitor Failures, Paper Capacitor Failures, Plastic Capacitor Failures, Foil Capacitor Failures, Variable/Piston Capacitor Failures.

Read more >>> Capacitors Failure Mode Probability Distributions

Analysis of Resistor Failure Modes of fixed carbon composition resistors, variable composition resistors, Wirewound resistors, Film resistors, Potentiometers.

Read more >>> Resistor Failure Modes & Reliability Analysis

Resistor selection and application guidelines to Design For Reliability (DFR) including reliability design guide for resistor circuits, open circuit failures, short circuit failures, temperature effects on reliability

Read more >>> Resistor Guidelines – Design For Reliability (DFR)

Resistor Failure Mode Probability Distributions are discussed for Fixed Resistor Failures, Carbon Composition Resistor Failures, Fixed Film Resistor Failures, Fixed Wirewound Resistor Failures, Variable Resistor Failures, Network/Array Resistor Failures, Thermistor Failures

Read more >>> Resistor Reliability & Failure Mode Probability Distributions

Excellent white papers from DFR Solutions on Reliability Engineering, Failure Analysis, MTBF Prediction, Derating, Uprating, Lead-Free Reliability Issues, MSL failures, Failure Mechanisms in High Voltage PCB, FMEA, LED Reliability, Bromide-Free Options for Printed Circuit Board, Tin Whiskers, component Failure Modes and Mechanisms.

Read more >>> DFR Failure Analysis & Reliability Engineering White Papers Download

Reliability of Electronic Products: Failure Modes and Effects Analysis (FMEA), Failure Modes Effects and Criticality Analysis (FMECA), Mean Time Between Failures (MTBF), Mean Time To Restore (MTTR), Root Cause Failure Analysis (RCFA), Mean Time To Failures (MTTF).

Read more >>> Reliability Engineering Quick Reference Guide

This technical article focuses on Failure Modes and Reliability Design Guidelines of Capacitors (Aluminum/Tantalum/Ceramic) used in Analog and digital circuits. This article covers the topics including Failure Modes of Aluminum and Tantalum Electrolytic Capacitors, Reliability Design Guidelines for Aluminum and Tantalum Electrolytic Capacitors, Failure Modes of Ceramic Capacitors (single layer and MLCC), Reliability Design Guidelines for Ceramic Capacitors (single layer and MLCC).

Read more >>> Failure Modes and Reliability Design Guidelines of Electrolytic Capacitors (Aluminum/Tantalum)

Accelerated Life Testing An activity during development of a new product. Prototypes are subjected to stress levels (including vibration, usually random) that are much higher than those anticipated in the field. The purpose is to identify failure-prone, marginally-strong elements by causing them to fail. Those elements are strengthened and tests are continued at higher levels. […]

Read more >>> Reliability Engineering Tools Glossary

Ultra fast reverse recovery time Schottky Diodes: Advantages and Applications of Schottky Diodes, Limitations of Schottky Diodes, Alternatives/replacements to Schottky Diodes.

Read more >>> Schottky Diode Selection Guidelines

Analog Vs Digital electronics technologies are compared and contrasted in data acquisition, advantages (pros) and disadvantages (cons), data communications approaches.

Read more >>> Analog Vs Digital Electronics Design & Technology Comparison

Capacitor Applications are discussed for Coupling capacitor, Decoupling capacitor, Smoothing capacitor, Timing element, Temporary storage, etc.

Read more >>> Capacitors: Coupling, Decoupling, Timing, Filtering & Storage Applications

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