Acceptance test are those tests performed on a product to ensure that it meets the specifications of its design. In electrical engineering tests will vary but would typically measure things like voltage, current, startup and shutdown, etc. These measurements might be made under a variety of operational and environmental conditions.
For calculation of I^2R losses nd it is also used for to evalute the damage in field
http://www.worldwidelearn.com/online-education-guide/engineering/electrical-engineering-major.htm Electrical engineers design, develop, and test electrical equipment. The broad field of electrical engineering involves working with all manners of electronic devices, from pocket calculators to supercomputers. Often overlapping with computer engineering, a college degree in electrical engineering can open up the door to a technical career in almost any industry. Since technology is always changing and expanding, the need for electrical engineers is always growing.
in electrical engineering
Yes electrical and electronic engineering discipline is eligible for air force common admission test.
In equipment engineering, its meager test is electrical insulation test. Its testing the grounding of an equipment.
No, you have to make a decision which field to concentrate in: Electrical, Mechanical, Civil, or another, and take the remaining courses, pass the EIT Test, and then the PE Exam. You have a good basis.
An acceptance test is a test used to check the compliance of a computer to various standards.
A load test is used to confirm that a manufacured piece of equipment is working correctly before it leaves the factory.
Requirements validation is a critical step in the development process, usually after requirements engineering or requirements analysis. Also at delivery (client acceptance test).
Electrical system design, or ESD, is a career field where an employees job is to design, test, prototype, and create a working electrical system design.
It's basically for calibrating the total station in engineering survey, in terms of distance. The results form the test (AB=CA+CB, where C is the middle peg in the line AB) must be +- 10mm.
It is necessary to specify a very small test charge when defining the electric field to ensure that the field itself is not affected by the presence of the charge. If the test charge is large, it could distort the field and give inaccurate results. By using a very small test charge, we can accurately measure the electric field at a specific point in space.