IEC 60747 Semiconductor Devices, Discrete Devices, Isolated Power Semiconductor Devices

Name: Matestlab Inc.
Address: 2093 Philadelphia Pike, Claymont, Delaware, 19703, US
Telephone: (302)244-7710

IEC 60747 Introduction

IEC 60747 establishes international standards of requirements for semiconductor devices, and specifically includes discrete and isolated power components applied in power electronics and control apparatus. Engineers use this standard to verify the insulation strength, switching characteristics, and thermal survival of equipment like IGBTs and power MOSFETs. The product safety, stability in the field, and compliance with the regulations in harsh applications are assisted by reliable testing as required by IEC 60747. Before making a device available in the market, the laboratories adhere to prescribed electrical and environmental test requirements to confirm the integrity of the device. Compliance with this standard is powerful because it enables manufacturers to keep the quality standards and earn the confidence of equipment designers and end users.

Get Certified IEC 60747 Testing for Reliable Semiconductor Performance

The IEC 60747 certification is given to ensure that isolated power semiconductor devices comply with high electrical, thermal, and insulation standards. Laboratories that are accredited test the reliability of the device in controlled tests and record the verification. Certification enhances the credibility of products in the international market, and it helps to maintain the long-term stability of operation in power electronics.

IEC 60747 Procedure and Requirements

Insulation Withstand Voltage	The device must tolerate the specified isolation voltage without breakdown or leakage beyond limits.
Thermal Performance	The device operates within the rated junction temperature during controlled heating tests.
Switching Characteristics	Measurement confirms that turn on and turn-off behavior stays within defined limits.

Scope of IEC 60747

Covered in discrete semiconductor devices that are electrically isolated.
Power switching components in converters and drives are covered.
Alleviates industrial and automotive electronics qualification.
Specifies electrical and thermal checking.
Leads manufactures through product validation and quality assurance.

IEC 60747 Equipment and Sample Preparation

High Voltage Tester	Used to apply controlled isolation voltage across device terminals.
Thermal Chamber	Maintains required temperature conditions during endurance testing.
Semiconductor Parameter Analyzer	Measures switching behavior and electrical characteristics accurately.

Use of IEC 60747

Checks the reliability of power device isolation.
Promotes certification of products and legal toleration.
Engineers who design the help select qualified components.
Minimizes field failure in power electronics.
Enhances control over quality manufacturing.

Common Challenges and Troubleshooting in IEC 60747

The poor contact of fixtures or a change of temperature can often result in unstable readings for engineers. Repeatability is enhanced by careful calibration of instruments and thermal stability. The interaction of insulation with the sample also influences the results of insulation; therefore, technicians should not contaminate the samples or subject them to mechanical stress. It is important to precondition the devices properly in order to ensure consistent results.

IEC 60747 Aggregate Testing Technique, Process, and Data Collection

The semiconductor devices are conditioned at predetermined temperature and humidity levels by the technicians. Then they conduct insulation, thermal, and switching tests on calibration instruments. Voltage, current, and temperature values are monitored in real time by data acquisition systems. Engineers are the ones who check the data obtained against the IEC limits in order to ensure compliance and stability of the device.

IEC 60747 Results and Interpretation

Engineers make comparisons of measured values and standard acceptance limits. A device can pass when the insulation strength, thermal characteristics, and switching performance are within a specified range. Any variation is an indication of possible design or production problems. Clarity in the interpretation of results promotes corrective measures and the reliability of the products prior to submissions of the certifications.

Problem and The Solution for IEC 60747

The most frequent issue is the failure of the insulation during high-voltage testing. Engineers address the problem by using packaging materials that are less contaminated and by managing the contamination during the process of assembly. A second issue is the problem of thermal overstress, and designers solve this problem by enhancing the heat sinking and optimum layout of devices.

Factors to Consider Us To Test For IEC 60747

Speed

Choose laboratories within a short turnaround time without loss of accuracy in measurement.

Expert

Select qualified semiconductor testing experts who are familiar with IEC 60747.

Cost

Assess overall testing cost and certification value in order to have an efficient qualification process.

Updated on September 17, 2026

About Author

Davis Scott

Davis Scott is an Electrical and Electronics Engineer specializing in multidisciplinary validation, quality assurance, and comprehensive electro-mechanical testing.
Know More

Testimonials

Real results

Engineers trust us with what matters most

“We had a great experience working with this company for our ASTM E84 testing. They were the first company to respond to our inquiry within just a few minutes of submitting it. From start to finish, the communication was excellent, and the entire process was swift, straightforward, and hassle-free.”

Ivars FancyWalls

United States

“Very good communication, testing associates were very patient with delays on our end. Reasonable turnaround time for results and nicely detailed report. Analysts were also quick to answer any follow-up questions. Happy with results.”

Skye Henderson

United States

“Matestlab connected us with an accredited lab within days, cutting weeks off our product validation timeline.”

Rebecca Kozodoy-Pins

United States

Why Choose Matestlab?

Matestlab is a unified testing services partner based in the USA. Matestlab offers raw material and product testing services through accredited, expert laboratories primarily based in the USA. Matestlab supports physical, thermal, chemical, electrical, mechanical, environmental, and characterization testing needs through its global network of 2200+ accredited testing laboratories. Matestlab's in-house materials science experts curate and design comprehensive testing programs matched to the sample material and specific testing need, with regulatory requirements and confidentiality in mind.

If you are looking for a managed and trusted testing partner to achieve your research goals, feel free to schedule a meeting with us or send us a request at connect@matestlabs.com to learn more about our services. For a quick quote, call us at (302)244-7710. We are happy to serve you.

Start Your Testing
Project Today

Define your requirements and get access to
specialized laboratories ready to deliver results

Start Testing

Partners with us

Clients

Vendors

IEC 60747 Semiconductor Devices, Discrete Devices, Isolated Power Semiconductor Devices

IEC 60747 Introduction

Get Certified IEC 60747 Testing for Reliable Semiconductor Performance

IEC 60747 Procedure and Requirements

Scope of IEC 60747

IEC 60747 Equipment and Sample Preparation

Use of IEC 60747

Common Challenges and Troubleshooting in IEC 60747

IEC 60747 Aggregate Testing Technique, Process, and Data Collection

IEC 60747 Results and Interpretation

Problem and The Solution for IEC 60747

Factors to Consider Us To Test For IEC 60747

Related