.BLDC.UsersGuide.ReleaseNotes

Information

v1.9.0 2021-12-17

adapted HallTimeSpan to translate with OM

v1.8.0 2021-12-17

• implemented an encode evaluation based on a combination of time measurement and pulse count
• unified handling of direction of rotation and simlified when-conditions in encode evaluations

v1.7.0 2021-12-16

• extended ParameterRecords.SmpmData to ease implementation of other machine parameter sets
• suggestion: remove final from MSL.InductionmachineData(m, statorCoreParameters(m)) to enable handling of other number of phases
• implemented example SMPM_NominalOperation to validate nominal operation

v1.6.0 2021-12-15

• replaced getEventIndex by firstTrueIndex
• vectorized loops for sake of performance

v1.5.0 2021-12-14

• double-checked the electronic commutator
• replaced utility function nextIndex by (more flexible) addIndex
• added again HallTimeSpan to DemoEncoder for testing

v1.4.0 2021-12-13

• Implemented some blocks to investigate current measurement
• Started simplification and clarification of the electronic commutator
• Revised the structure of packages

v1.3.3 2021-12-12

• Simplified the electronic commutator
• (Temporarily) removed HallTimeSpan from DemoEncoder

v1.3.2 2021-12-12

(Temporarily) included a copy of the SignalPWM from master branch of ModelicaStandardLibrary (availability of triangular carrier).

v1.3.1 2021-12-12

Improved electronic commutator working properly for odd number of phases, even number of phases needs further investigation.
Note that number of phases = power of 2 is not handled by the FundamentalWave machine models.

v1.3.0 2021-12-12

• implemented direction of rotation from hall signals
• investigate BLDC with number of phases m>3

v1.2.0 2021-12-11

• improved CommonBlocks.IntervalTest
• improved Utilities.ElectronicCommutator3phase
• implemented polyphase Utilities.ElectronicCommutator m>3

v1.1.0 2021-12-11

• corrected angles
• under investigation:
  HallTimeSpan: direction of rotation from hall signals
  ElectronicCommutator for number of phases m>3

v1.0.0 2021-12-10

First fully working version