en de
ADµP ™Developer Network
Please, choose in the header line a language version, one of the following internet combinations or inform himself about the development topic to hand of the following structure!
(«) First specification   (<) Preceding specification   (>) Following specification   (») Last specification   (^) Topic leader   (=) Letter to the development department   ($) Order of the detailed specification   ((at)) List of the specifications   (&) List of the publications   (§) List of the company documents  
(SMS) Specification of the Simplorer model library standard version The standard version of the Simplorer model library is in comparison with the free version (SMF) specified by the following technical details:

 Overview to submodels, in and outputs, current versions

The standard version of the Simplorer library is delivered with the current Core model of the ADµP™.  At this moment are offered the programmed cores S1, S2, S3, S4 and S5 which only are different by the number of transformation channels.

Element Outputs Name of ouput Remark Ver. No.
           
Events          
           
1101 c1y1df d.f Frequency_I01 Frequency of the dominating vibration SMF 4.2.1
  bj.synch SynchSignal_I01 Synchronizing signal (inverse)     
  e.stamp EventStamp_I01 Event stamp    
  i.CA NumberOfSamples_I01 Number of all samples    
  p.y PredictionPrecision_I01 Prediction precision    
           
           
Filter            
           
1102 c1y1cAV c.y_0 ContinuousMAV_I01 Mean average value represented continuously SMF 4.2.1
  c.y_y0 AlternatingComponent_I01 Continuous represented alternating component    
  bj.synch SynchSignal_I01 Synchronizing signal (inverse)     
  e.stamp EventStamp_I01 Event stamp    
  i.CA NumberOfSamples_I01 Number of all samples    
  p.y PredictionPrecision_I01 Prediction precision    
           
1103 c1y1dAV c.y_0 ContinuousMAV_I01 Mean average value represented continuously SMS 4.2.1
  d.y_0 DiscreteMAV_I01 Mean average value represented discretely    
  d.y_0R AbsoluteMAV_I01 Discrete represented rectifier mean average value    
  c.y_y0 AlternatingComponent_I01 Continuous represented alternating component    
  bj.synch SynchSignal_I01 Synchronizing signal (inverse)     
  e.stamp EventStamp_I01 Event stamp    
  i.CA NumberOfSamples_I01 Number of all samples    
  p.y PredictionPrecision_I01 Prediction precision    
           
           
Characteristic quantities        
           
1104 c1y1dRMS d.y_r RMS_Value_I01 Effective value SMF 4.2.1
  bj.synch SynchSignal_I01 Synchronizing signal (inverse)     
  e.stamp EventStamp_I01 Event stamp    
  i.CA NumberOfSamples_I01 Number of all samples    
  p.y PredictionPrecision_I01 Prediction precision    
           
1105 c1y1dCQ d.y_r RMS_Value_I01 Effective value SMS 4.2.1
  d.y_ra RMS_AC_Part_I01 Effective value alternating component    
  d.y_KF FormFactor_I01 Form factor    
  d.y_rg HarmonicContent_I01 Harmonic content    
  d.y_rw Ripple_I01 Ripple (effective value ripple)    
  d.y_mnw RippleFactor_I01 Ripple factor/peak ripple    
  bj.synch SynchSignal_I01 Synchronizing signal (inverse)     
  e.stamp EventStamp_I01 Event stamp    
  i.CA NumberOfSamples_I01 Number of all samples    
  p.y PredictionPrecision_I01 Prediction precision    
           
1106 c1y2dCQ1 d.f Frequency_I01 Frequency of the dominating vibration SMF 4.2.1
  d.y_ra RMS_AC_Part_I01 Effective value alternating component    
  d.y_1c FuWaRMS_Value_I01 Effective value of the fundamental wave    
  d.y_1g FuWaContent_I01 Content od fundamental wave    
  d.y_1w RippleAC_I01 Ripple of the alternating value    
  d.y_1k DistortionFactor_I01 Harmonic content/distortion factor    
  bj.synch SynchSignal_I01