What is BS CECC 41200 - Power potentiometers used in electronic components about?
BS CECC 41200 is an international standard used for Harmonized system of quality assurance for electronic components. This helps in manufacturing good quality of Power potentiometers used in electronic components.
BS CECC 41200 prescribes the preferred values for characteristics and ratings and also the inspection requirements for power potentiometers of assessed quality. Such potentiometers normally have a rated dissipation exceeding 10 W. It selects from the generic specification, CECC 41000, the appropriate methods of test to be used in detail specifications derived from this document.
Associated with this document are one or more blank detail specifications each referenced by a CECC number. A blank detail specification which has been completed as specified in 2.5 of this document forms a detail specification. Such detailed specifications may be used for the granting of Qualification Approval to a potentiometer and for the performance of Quality Conformance Inspection in accordance with the CECC System.
Who is BS CECC 41200 - Power potentiometers used in electronic components for?
BS CECC 41200 on Power potentiometers used in electronic components is useful for:
- Manufacturer of electronic components
- Manufacturer of automotive parts
- Electronic engineer
Why should you use BS CECC 41200 - Power potentiometers used in electronic components?
A potentiometer is a type of position sensor. This helps in measuring displacement in any direction.
BS CECC 41200 specifies the characteristics and environment test method for Power potentiometers used in electronic components. This also helps in understanding the detailed specification of these potentiometers. With the help of inspections, you can identify the defects and failures of these Power potentiometers. This helps in ensuring the sustainability of these potentiometers in different climatic conditions. By applying BS CECC 41200 you can manufacture good quality Power potentiometers used in electronic components.
