ABOUT

Solutions & Cases

Our Case
  • Electronic Equipment Failure: Cause, Effect and Resolution

    Electronic Equipment Failures: Cause, Effect and Resolution High temperatures cause over 50% of electronic equipment failures, according to a study by the US Air Force Avionics Integrity Program. Vibration and humidity each contribute to an additional 20% of failures.

  • How Equipment Fails, Understanding the 6 Failure Patterns

    failures, followed by a sharp increase in failures at the end of its life. The pattern accounts for approximately 2% of failures. Failure Pattern C is known as the fatigue curve and is characterized by a gradually increasing level of failures over the course of the equipment’s life. This pattern accounts for approximately 5% of failures.

  • Topic: Electronic/Electrical Reliability

    Specifically, it is used heavily for reliability prediction of electronic equipment. This is because of the general lack of a wearout mechanism. An exponential distribution has a constant failure rate, analogous to random system failures, not associated with wear, corrosion, etc. [ERS87, p.22] An exponential distribution is good for modeling:

  • Preventing Thermal Cycling and Vibration Failures in

    This item: Preventing Thermal Cycling and Vibration Failures in Electronic Equipment by Dave S. Steinberg Hardcover $140.40 In stock on June 29, 2020. Order it now.

  • Bathtub curve Wikipedia

    The bathtub curve is widely used in reliability engineering.It describes a particular form of the hazard function which comprises three parts: . The first part is a decreasing failure rate, known as early failures.; The second part is a constant failure rate, known as random failures.; The third part is an increasing failure rate, known as wear-out failures.

  • Electronic Equipment Failures: Cause, Effect and Resolution

    Electronic Equipment Failures: Cause, Effect and Resolution. High temperatures cause over 50% of electronic equipment failures, according to a study by the US Air Force Avionics Integrity Program. Vibration and humidity each contribute an additional 20% of failure says the same study. Long term weather forecasts for 2014 predict temperatures in

  • Electronic Equipment Failures: Cause, Effect and

    High temperatures cause over 50% of electronic equipment failures, according to a study by the US Air Force Avionics Integrity Program. Research shows that every 18o F rise in temperature in an electrical enclosure reduces the reliability of the electronic components by 50%. And with manufacturers and integrators placing a higher density of components in each cabinet, the heat load is amplified.

  • Root-Cause Failure Analysis of Electronics

    Failure A product no longer performs the function for which it was intended Failure Mode The effect by which a failure is observed. Failure Site The location of the failure. Failure Mechanism The physical, chemical, thermodynamic or other process that results in failure. Failure Model Quantitative relationship between lifetime or probability

  • MTBF and power supply reliability Electronic Products

    Reliability is further defined as the probability that given a certain failure rate, that a certain number of units will pass (or fail) within a specified period. Failure rate is the rate of product failures expressed as a function of time; λ = 1/MTBF. Failure rate is the central element that binds these terms. Its importance cannot be overstated.

  • When Does Poor Power Quality Cause Electronics Failures

    High-voltage transients lasting microseconds can permanently wreck the power supply and its electronic equipment load. Digital logic circuits that define zeros by voltages in the 0V to 0.5V range and ones by 4.5V to 5V levels are highly susceptible to inductive “kicks” directly impressed on

  • Electrical Equipment Failures Cause and Liability

    That equates to one failure every 1.14 years assuming failures are evenly distributed over the 114-year period. e. Based solely on electronic component reliability, the system would have a yearly failure . In reality, there are usually additional mechanical apparatus, electrical connections, and other components that can fail in the system.

  • Electronics Troubleshooting Techniques Engineering Projects

    Electronic circuits fail in many ways. Let’s look at some major types of failures that you will encounter as an electronics technician. COMPLETE FAILURES Complete failures cause the piece of equipment to go totally dead. Equipment with some circuits still operating has not completely failed.

  • (PDF) Causes of Aircraft Electrical Failures

    The results of review of the technical failures due to the electronics shows that about 25% are attributed to the power system, and 36% of electrical failures represent interconnection errors

  • Eliminating early life failures No MTBF

    Jun 21, 2013· Finding and eliminating early life failures. MTBF for electronics life entitlement measurements is a meaningless term. It says nothing about the distribution of failures or the cause of failures and is only valid for a constant failure rate, which almost never occurs in the real world.

  • Best Surge Protector 2020: Protect Your Gear With These

    May 08, 2020· The surge suppressor may cut off current to your equipment, or let it continue to flow with an indicator in the status light, depending upon how the MOVs fail

  • At what temperature do conventional electronics packages fail?

    It is important to note that when considering the temperature that electronic packages fail, time at temperature and operating environment are important factors. For example, some devices/packages can survive temperatures of 225°C for relatively short times (eg 1000 hours), but not the >10,000 hours required for longer life (eg aerospace

  • Top 10 reasons of equipment failure and overvoltage

    Aging is another important reason that can cause the equipment to fail after power interruptions. The sudden increase in the voltage following an interruption can burn important and aged components of the equipment. Aged components cannot withstand even a small spike in the voltage, eventually failing, and resulting in the equipment failure. 8.

  • Preventing Thermal Cycling and Vibration Failures in

    Preventing Thermal Cycling and Vibration Failures in Electronic Equipment Kindle edition by Steinberg, Dave S.. Download it once and read it on your Kindle device, PC, phones or tablets. Use features like bookmarks, note taking and highlighting while reading Preventing Thermal Cycling and Vibration Failures in Electronic Equipment.

  • When customer complains on equipment failure caused by

    Unbalanced sags Three-phase electronic equipment like adjustable- speed drives can draw excessive current during a single-phase sag or other unbalanced sag. The current can blow fuses or fail the front-end power electronics. Equipment aging Some equipment is prone to failure during turn on, even without a voltage transient. The most obvious example is an incandescent light bulb.

  • Failure Analysis for Electrical & Electronic Products| TÜV SÜD

    TÜV SÜD is a global leader in failure analysis. TÜV SÜD operates Failure Analysis Centres in Singapore and in other major production centres around the world to provide manufacturers of electrical and electronic products and components with failure analysis testing, material and product evaluation services, and reliability testing.

  • Capacitor Failure Modes and Electrolytic Capacitors

    Sep 08, 2015· Capacitor Failure Modes Experience has shown that capacitor failures are second only to semiconductors and vacuum tubes in components prone to malfunction in electronic equipment. Capacitors for ac applications range from high-voltage oil-filled devices, such as the one shown in Figure 5.5, to low voltage, high capacitance devices of the type typically found in power

  • Failure Analysis Root Cause Failure Analysis NTS

    Electronic failure analysis tests show the component short circuits because depending on where the metal in the part is located the metal used is of the wrong hardness. From contamination and corrosion that causes medical equipment to fail to stress failures that affect structural integrity, metal failure can have major consequences.