What is BS EN 61967-5 - Electromagnetic emissions of integrated circuits about?
Integrated circuits are globally popular in most electronic devices like automobiles, watches, microwave ovens, computers, televisions, traffic lights etc. BS EN 61967-5 is a part of an international multi-series standard that focuses on aspects of integrated circuits for semiconductor devices.
BS EN 61967-5 describes a method to measure the conducted electromagnetic emission of integrated circuits either applied on the standardized test-board or a final printed circuit board. Furthermore, BS EN 61967-5 defines measures to maintain uniform requirements, describes the measurement method and gives guidance for the Workbench Faraday Cage measurement method.
Who is BS EN 61967-5 - Electromagnetic emissions of integrated circuits for?
BS EN 61967-5 on electromagnetic emissions of integrated circuits is useful for:
- Manufacturer of electronic equipment and components
- Manufacturer of electrical equipment and components
- Maintenance and augmentation teams
- Companies associated with designing and installation of electronic devices
- Fault management teams
- Quality management teams
Why should you use BS EN 61967-5 - Electromagnetic emissions of integrated circuits?
Integrated circuits are fundamental building blocks of modern electronic devices. They function as oscillators, timers, computer memory, amplifiers, microcontroller, microprocessors, counters, or logic gates. There are certain specifications regarding the performance of these semiconductor devices.
BS EN 61967-5 provides you with general information that depicts a user-friendly idea of measurement philosophy, principle set-up and the Workbench concept of integrated circuits. BS EN 61967-5 also provides you with the test set-up and procedure to verify the performance characteristics of integrated circuits which ensures their reliability.
The guidelines in BS EN 61967-5 provide you with standardized integrated circuits that enable you to provide a superior quality product to the users.