By Alan S Morris
ISBN-10: 0123819601
ISBN-13: 9780123819604
Dimension and Instrumentation introduces undergraduate engineering scholars to the size rules and the diversity of sensors and tools which are used for measuring actual variables. according to Morriss size and Instrumentation rules, this fresh textual content has been totally up to date with assurance of the most recent advancements in such dimension applied sciences as shrewdpermanent sensors, clever tools, microsensors, electronic recorders and monitors and interfaces. truly and comprehensively written, this textbook presents scholars with the data and instruments, together with examples in LABVIEW, to layout and construct size structures for almost any engineering software. The textual content gains chapters on information acquisition and sign processing with LabVIEW from Dr. Reza Langari, Professor of Mechanical Engineering at Texas A&M collage. - Early assurance of dimension method layout presents scholars with a greater framework for realizing the significance of learning size and instrumentation - comprises major fabric on facts acquisition, insurance of sampling idea and linkage to acquisition/processing software program, delivering scholars with a extra glossy method of the subject material, according to real information acquisition and instrumentation options now utilized in undefined. - broad assurance of uncertainty (inaccuracy) aids scholars skill to figure out the precision of tools - built-in use of LabVIEW examples and difficulties complements scholars skill to appreciate and keep content material
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Size and Instrumentation introduces undergraduate engineering scholars to the size rules and the diversity of sensors and tools which are used for measuring actual variables. according to Morriss dimension and Instrumentation ideas, this fresh textual content has been absolutely up to date with insurance of the most recent advancements in such size applied sciences as shrewdpermanent sensors, clever tools, microsensors, electronic recorders and screens and interfaces.
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Extra resources for Measurement and Instrumentation. Theory and Application
Example text
Instrument Types and Performance Characteristics 23 Zero drift or bias describes the effect where the zero reading of an instrument is modified by a change in ambient conditions. This causes a constant error that exists over the full range of measurement of the instrument. The mechanical form of a bathroom scale is a common example of an instrument prone to zero drift. It is quite usual to find that there is a reading of perhaps 1 kg with no one on the scale. If someone of known weight 70 kg were to get on the scale, the reading would be 71 kg, and if someone of known weight 100 kg were to get on the scale, the reading would be 101 kg.
2 Review of Instrument Types Instruments can be subdivided into separate classes according to several criteria. These subclassifications are useful in broadly establishing several attributes of particular instruments such as accuracy, cost, and general applicability to different applications. 1 Active and Passive Instruments Instruments are divided into active or passive ones according to whether instrument output is produced entirely by the quantity being measured or whether the quantity being measured simply modulates the magnitude of some external power source.
How have systems of measurement units evolved over the years? 2. What are the main elements in a measurement system and what are their functions? Which elements are not needed in some measurement systems and why are they not needed? 3. What are the main factors governing the choice of a measuring instrument for a given application? 4. Name and discuss three application areas for measurement systems. 1 Introduction Two of the important aspects of measurement covered in the opening chapter concerned how to choose appropriate instruments for a particular application and a review of the main applications of measurement.
Measurement and Instrumentation. Theory and Application by Alan S Morris
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