Contemporary-control-systems Sedona Manual do Utilizador

AN-SEDONA01-BA1NOTEa p p l i c a t i o nUsing Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYUsing Sedona 1.2 Components from Tridium’s KitsIntroductionTh

AN-SEDONA01-BA1 Page 10Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYBoolean, Float or Integer Selecon

AN-SEDONA01-BA1 Page 11Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYBoolean, Float or Integer Selecon (connued)

AN-SEDONA01-BA1 Page 12Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYDe-MulplexingFloat Addion

AN-SEDONA01-BA1 Page 13Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYFloat SubtraconFloat Mulplicaon

AN-SEDONA01-BA1 Page 14Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYFloat DivisionFinding Minimums and Maximums

AN-SEDONA01-BA1 Page 15Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYRounding O FloatsAveraging Successive Readings

AN-SEDONA01-BA1 Page 16Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYOn-Delays and O-DelaysUsing the Timer

AN-SEDONA01-BA1 Page 17Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYUsing One-Shots — Mono-Stable MulvibratorsCreang Ramps —

AN-SEDONA01-BA1 Page 18Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYComparing Two FloatsA Simple Clock — the TickToc

AN-SEDONA01-BA1 Page 19Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYIntroducing CountersOperang on Real-World Signals — Hyster

AN-SEDONA01-BA1 Page 2Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYVariable TypesAlthough there are several variable types used

AN-SEDONA01-BA1 Page 20Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYHandling Non-Linear Signals

AN-SEDONA01-BA1 Page 21Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYSimple Set-Reset Flip Flop — Bi-Stable MulvibratorThe Loop

AN-SEDONA01-BA1 Page 22Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYLinear Sequencer — Bar-Graph Representaon of a Float

AN-SEDONA01-BA1 Page 23Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYReheat Sequencer — Four Staged Outputs from a Float Input

AN-SEDONA01-BA1 Page 24Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYReset — Scaling a Float Input between Two LimitsTstat — Bas

AN-SEDONA01-BA1 Page 25Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYReal-Time Clock and Scheduling

AN-SEDONA01-BA1 Page 26Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYPriority Arrays

AN-SEDONA01-BA1 — November 2013 Page 27Application Note — Using Sedona 1.2 ComponentsUnited StatesContemporary Control Systems, Inc. 2431 Curtiss Stre

AN-SEDONA01-BA1 Page 3Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYUsing Write ComponentsConverng Between Component Types

AN-SEDONA01-BA1 Page 4Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYFloat-to-Boolean and Boolean-to-Float Conversion

AN-SEDONA01-BA1 Page 5Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYNegang a Boolean Variable — Inverng Your Logic

AN-SEDONA01-BA1 Page 6Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYBoolean Product — “ANDing” Boolean Variables

AN-SEDONA01-BA1 Page 7Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYBoolean Sum — “Oring” Boolean Variables

AN-SEDONA01-BA1 Page 8Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYExclusive OR — A OR B but Not BothCascading Logic Blocks and

AN-SEDONA01-BA1 Page 9Application Note — Using Sedona 1.2 ComponentsCONTR LSO®CONTEMPORARYCascading Logic Blocks and Unused Inputs (connued)