TIDUAY6E November   2015  – March 2020

 

  1.   Revision History

Revision History

Changes from D Revision (May 2019) to E Revision

  • Changed powerSUITE Page for Voltage Source Inverter Solution imageGo
  • Changed Project Explorer View of the Solution Project imageGo
  • Changed Current Loop Design Using Compensation Designer imageGo
  • Changed Voltage Loop Lag Compensation Tuning Using Compensation Designer imageGo

Changes from C Revision (July 2018) to D Revision

  • Changed part number from TMS3420F280049M to TMS320F280049C Go
  • Changed http://www.ti.com/product/amc1304 hyperlink with http://www.ti.com/product/AMC1304M25Go
  • Changed part number from TMS320F280049M to TMS320F280049CGo
  • Changed TMS320F280049M to TMS320F28377DGo
  • Changed TMS320F280049M to TMDSCNCD280049CGo
  • Changed TMS320F280049M to TMDSCNCD280049CGo
  • Changed TMS320F280049M to TMDSCNCD280049CGo
  • Changed TMS320F280049M to TMDSCNCD280049CGo

Changes from B Revision (April 2017) to C Revision

  • Updated formatting to fit current design guide templateGo
  • Added C2000Ware DigitalPower SDK to ResourcesGo
  • Added "TMS320F28377D and TMS320F280049M" to FeaturesGo
  • Changed location of Excel sheet to sdk_install_path_<version>\solutions\tidm_hv_1ph_dcac\hardware\baseboard\calculation.xlsxGo
  • Updated the equation featured in Figure 4: AC Output Voltage Differential Sensing Using Resistor Divider and Op AmpGo
  • Added note in Section 3.1.2: Firmware: powerSUITE and Incremental Build SoftwareGo
  • Changed Step 5 in Section 3.1.2.1: Opening the Project Inside Code Composer Studio™Go
  • Added guiIo to Step 2 in Section 3.1.2.3.1.5: Running the CodeGo
  • Changed the destination for the Compensation Designer icon in Step 3 of Section 3.1.2.3.2.1: Setting Software Options for Build 2Go
  • Changed image of Figure 30: Compensation Designer With Measured Plant Frequency Response DataGo
  • Changed location of DigitalPower SDK package in Section 4: Design FilesGo
  • Changed the link to the software filesGo
  • Added the TMS320F28004x Piccolo™ Microcontrollers Data Sheet to Section 6: Related DocumentationGo

Changes from A Revision (September 2016) to B Revision

  • Deleted third paragraph in Section 3.2: Voltage and Current SensingGo
  • Changed Figure 13: Control Diagram for Voltage Source InverterGo

Changes from * Revision (November 2015) to A Revision

  • Changed output voltage in Table 1: Key System Specifications to "110 VRMS or 200 VRMS"Go
  • Added efficiency for 110 VRMS in Table 1: Key System SpecificationsGo
  • Deleted "These can also be modified from the powerSUITE page for an adapted solution." from Section 3.2: Voltage and Current SensingGo
  • Added introduction to link in Section 3.4: Inductor DesignGo
  • Added TIEVM-HV-1PH-DCAC note in Section 4: Getting Started With HardwareGo
  • Added L2N slot in Step 2 in Section 4.1: Base Board SettingsGo
  • Changed control card input from H5 to J15-J16 in Step 4 in Section 4.1: Base Board SettingsGo
  • Changed jumper insert spot from JP2 to J10 in Step 5 in Section 4.1: Base Board SettingsGo
  • Deleted flipping the switch S1 stepGo
  • Added "Insert a jumper at J4 if not already populated." to Step 7 in Section 4.1: Base Board SettingsGo
  • Changed DC source connection from CON1 to J17 in Step 9 in Section 4.1: Base Board SettingsGo
  • Changed resistive load value from 200 Ω to 100 Ω in Step 10 in Section 4.1: Base Board SettingsGo
  • Changed connector name from CON1 to J17 in Table 4: Key Connectors and Their FunctionGo
  • Changed connector name from S1 to J4 in Table 4: Key Connectors and Their FunctionGo
  • Changed function from "Switch to connect and disconnect the DC bias of the board" to "Can be used to disconnect bias power" in Table 4: Key Connectors and Their FunctionGo
  • Changed connector name from H5 to J15-J16 in Table 4: Key Connectors and Their FunctionGo
  • Changed connector name from JP2 to J10 in Table 4: Key Connectors and Their FunctionGo
  • Added Section 4.3: Tips to Connect JTAG USB CableGo
  • Changed Step 14 in Section 5.3.1: Build Level 1, Open LoopGo
  • Added paragraph before Figure 25: Build Level 1 Graph.1.GraphProp File Showing Measured Per-Unit Voltage and Current ValuesGo
  • Added ending ordered list to previous ordered list in Section 5.3.1: Build Level 1, Open LoopGo
  • Added note at the end of Section 5.3.1: Build Level 1, Open LoopGo
  • Added Equation 12Go
  • Added setting software options for Build 2 to Section 5.3.2: BUILD Level 2, Close Current LoopGo
  • Changed from invliRef to invIiInst in Step 6 in Section 5.3.2: BUILD Level 2, Close Current LoopGo
  • Added "Increasing the DC Bus further will not result in increase in the invIiInst, which verifies closed loop operation." to Step 7 in Section 5.3.2: BUILD Level 2, Close Current LoopGo
  • Added "at 380V DC input with 0.08-pu current invIiRef set" and "in case of SDFM monitored using guiIi variable" to Step 2 in Section 5.3.2: BUILD Level 2, Close Current LoopGo
  • Added paragraph to Step 14 in Section 5.3.2: BUILD Level 2, Close Current LoopGo
  • Deleted "By default, the compensation designer will point to the latest SFRA run." from noteGo
  • Deleted "Inst" from invliRefInstGo
  • Changed Step 2 of Designing Voltage Loop CompensatorGo
  • Added "Raise the DC Bus slowly up to 50 V. " to Step 6 in Running the CodeGo
  • Added paragraph to Step 6 in Running the CodeGo
  • Changed VAC from 100 VRMS to 110 VRMSGo
  • Changed Step 3 of Running the CodeGo