What is PD IEC/TR 61734 – Binary logic and analogue elements?
PD IEC/TR 61734 is an international standard that focuses on the application of symbols for binary logic and analogue elements.
PD IEC/TR 61734 contain conventions, is helpful when applying IEC 60617 to symbols for catalogues of real devices, and shows preferable choices where alternative techniques are provided. It also helps to create symbols having as consistent an appearance as possible, not depending on the originator, while still accurately representing the function.
IEC 60617 establishes rules for the construction of graphical symbols that represent binary logic and analogue functions, respectively. It provides alternative ways of representing functions, to be used as circumstances dictate.
Who is PD IEC/TR 61734 - Binary logic and analogue elements for?
PD IEC/TR 61734 on the application of symbols for binary logic and analogue elements is useful for:
- Computer programmers and developers
- Frontend developers
- Engineers and technicians
- Electrical engineers
Why should you use PD IEC/TR 61734 - Binary logic and analogue elements?
In the field of graphical-symbol standards for binary logic and analogue elements, it is possible that, through the established symbolization, the same element may be represented in different ways. To give symbols depicting similar functions a consistent format, it is necessary to restrict the number of different forms.
PD IEC/TR 61734 covers the representation of terminals, power-supply designations common control block, the common output element, conventions in white-box symbols, conventions for grey-box symbols and amplification symbols with binary logic elements.
PD IEC/TR 61734 contains the conventions, which are helpful to the users when applying IEC 60617-12 and IEC 60617-13 to symbols for catalogues of real devices, and shows which choices the working group have made where alternative techniques were provided.
PD IEC/TR 61734 helps to create symbols having as consistent an appearance as possible, not depending on the originator, while still accurately representing the function. It aims to enable a consistent appearance of symbols in catalogues and data handbooks, which is very essential for the user’s convenience.