Explain the six parameters of the SCP instruction.
What will be an ideal response?
Input—A word address containing the value to be scaled. Example: integer word N7:0, floating point element F8:0, analog input word I:1.0, etc.
Input Minimum and Input Maximum—These two values determine the range of data that can appear in the Input parameter. The values entered into these two parameters can be a word address, floating point element, or a constant value either integer or floating point. Most often the Input Minimum and Input Maximum parameters are entered as constants.
Scaled Minimum and Scaled Maximum—These two values determine the range of data that appears in the Scaled Output parameter. The values entered into these two parameters can be a word address, floating point element, or a constant value either integer or floating point. Most often the Scaled Minimum and Scaled Maximum parameters are entered as constants.
Scaled Output—A word address or floating point data element containing the scaled value. Example: integer word N7:0, floating point element F8:0, analog output word O:1.0, etc.
You might also like to view...
By the mid-18th century, the overwhelming majority of North American colonies shared all of the following similarities except
A. full democratic participation by all colonists in political affairs, regardless of social and economic class. B. the dominant use of English in language. C. the dominance of Protestantism in religion. D. increased opportunity for social mobility. E. some degree of ethnic and religious toleration.
The form used to report work-related injuries and illnesses is _____.
a. DOT Form 75 b. OSHA Form 300/300A c. IRS Form 1040A d. OSHA Form 301
To dissolve carbon dioxide and to oxidize iron and manganese, water treatment systems use _____
a. aerators b. softeners c. precipitates d. coagulation
When a conductor cuts magnetic lines of force, a voltage is induced into the conductor. This principle is called _____.
A. electromagnetic inductance B. electric induction C. magnetic inductance D. electromagnetic induction