Accelerate controller development with plug-and-play TI DSP based HIL Interface. Pin-to-pin compatible with all Typhoon HIL emulators.

Typhoon HIL DSP InterfaceSWISS QUALITY

www.typhoon-hil.com

Testing made Simple.

ApplicationsTyphoon HIL DSP Interface built for a family of Texas Instruments DIM100 DSP cards (F280x and F2833x) is the way to go if you want to accelerate the development of power electronics applications. Plug-and-play, pin-to-pin compatible interface with Typhoon HIL family of real-time HIL emulators eliminates setup time and enables developers to focus on control code development in the comfort of their office.

Plug-and-play HIL interfacePlug HIL DSP Interface with TI DSP card directly into your HIL emulator and start running your power electronics application from get go. Easily port a any of Typhoon’s and TI packaged control code examples directly into the DSP without worrying about interfaces (i.e. voltage levels and interface compatibility). All digital and analog signals from/to HIL DSP Interface are routed directly to HIL analog and digital IO pins. to TI controller side for any TI DSP from F280x or F2833x family.

Features and Benefits• DirectlyconnectHILDSPInterfacetoany

Typhoon HIL emulator (no cables or exter-nal power supplies needed).

• PluginTIDSPDIMM100controlcardviaDIM100 connector.

• Compatiblewith:F2808;F28044;DelfinoF28335;PiccoloF2803xandF2806x;Con-certo F28M35xx TI DSP DIM100 cards.

• On-boardperipheralsandexternal connectors for monitoring and debugging

• AllHILanalog/digitalI/Opinsphysicallyaccessible via headers. Measurement ter-minals for digital and analog grounds.

• OnboardJTAGconnectorwithvoltagelevel selection (5V or 3.3V).

• RS-232serialcommunicationwithhostPC.

• 5LEDsand4slideswitchesconnectedtoHILdigitaloutputs.4LEDsand4slideswitches connected to TI DSP digital out-puts.

HIL DSP InterfacePlug in a TI DSP DIM100 controller card and start controlling your power

converter via pin-to-pin compatible Typhoon HIL connection.

HIL DSP Interface technical details.

Digital Inputs (DI), (DSP DI pins connected to HIL DO pins)

Digital Output (DO) PWM&GPIO(DSP DO pins connected to HIL DI pins)

Host interface

Additional on-board peripherals

External Analog Inputs (AI), (DSP pins to external connector)

Channels

Channels

UART(RS232)

User (direct link) to HIL DI

Channels

Voltage range

Voltage range

JTAG

direct link to DSP DI

DO (HIL DO pins driving LEDs)

DO (DSP DO pins driving LEDs)

HIL AI pins to external connector

HIL DI pins to external connector

HIL DO pins to external connector

HIL AO monitoring

DSP DO monitoring

Voltage range

11

12PWM+9GPIO

DB9 connector

4switches

3

0-5V (0-3.3 V on DSP)

0-5V (0-3.3 V on DSP)

14pinHeader for XDS class emulators

3 push buttons

5 LEDs

4LEDs

8 channels, ±5V

6channels,0-5V

6channels,0-5V

4BNCconnectors

12 PWM channels

±5V external (0-3V on DSP)

Analog Inputs (AI), (DSP AI pins connected to HIL AO pins)

Channels

Voltage range

16

±5V (0-3V on DSP)

TIDSPC2000Controlcardcompatible

F2808,F28044,F28335(Delfino),F2803x(Piccolo), F2806x(Piccolo),F28M35xx(Concerto)

HIL DSP Interface use case.Control code development for grid-tie inverter.

Control system development.Grid-tieinverterisanessentialpartofdistributedgeneration units like wind turbines, photovoltaics, fuel cells, etc. They can control active and reactive power flow, inject current harmonics etc. Addition-ally, ancillary control services like local voltage and frequency regulation, voltage harmonic compensa-tion, or active filtering can also be obtained.

Test without limitsIn HIL grid voltage sources can be specified with arbitrary magnitude, frequency and phase shift val-ues just in few steps. Additionally, one can program and reload in runtime grid voltage waveforms defined in order to emulate utility grid disturbanc-essuchas:

• voltagesags,• spikes,• phaseanglejumps,• magnituderamp,• frequencychange• harmonicdistortion

Indeed, HIL approach enables user to build and deploy completely safe “Megawatt” (MW) grid-con-nected inverter test installation at office desk, without the need for expensive hardware test equipment and high-power laboratory, simulta-neously eliminating all safety and cost issues of laboratory setup. Developer can easily conduct standard controller tests required for grid con-nected power electronics applications (i.e. BDEW, suchastheNationalElectricCode,IEEE1547)andalso not-standard test scenarios that might arise in real-life deployment . Typhoon HIL environment is distinguished from traditional approach where expensive hardware testequipmentlikeACpowersourcesforgridsimulation are used. In addition, it allows engineers to focus on the evaluation of the software-based functionalities which are provided by inverter’s controller, in order to satisfy most of the technical specifications for grid-connected converter sys-tems.

TIControlPanel.Dynamically reconfigurable GUI interface for TI DSP control applications.

Simple graphical user interface.

TheTIControlPanelprovidesadynamicallyconfig-urable (depending on the control application) and easytousegraphicaluserinterface(GUI)enablingrun-time interaction with control application run-ning on HIL DSP Interface with TI DIMM100 control cards.TIControlPanelcommunicatesthroughRS232seriallinkwithDSPcontrollercodeimple-mented on a specific TI DIMM100 control card. User can quickly evaluate the corresponding (Typhoon HILdemooranyTIfreeexampleC2000code)power electronics application emulated on the HIL

system.

TI Control panel features

• ModelControl-interactwithcontrolcodeontheTIDIMM100ControlCard.

• ModelPreview–seethecontrolalgorithmimplementedontheTIDIMM100ControlCardwhich is used with selected project.

• ModelCommands–givesabilitytorun/stopsome parts of the control algorithm or to set/clear some of the control flags.

• ModelReferences–allowsusertogiveinputreference values for the control algorithm.

• ModelParameters–abilitytoRead/Modifydif-ferent parameters in the control code.

• ModelAnalogMeters–monitorcontrolsystemvariables.

• FlagIndicators–monitortheoperatingmodeand status of the control code.

• Console–givesuserfeedbackinformationonthe action taken.

TIControlPanelGUIlayout(dynamicallyconfiguredforgrid-tieinverterapplication)

Testing made Simple.

Typhoon HIL, Inc.339 Hurley St. #1

Cambridge,MA02141USA

Phone:+16179090087

TyphoonHILGmbHWettingerstrasse 21CH-5400Baden

Switzerland

Phone:+41(0)562091519Fax:+41(0)562005001

Tajfun HIL d.o.o.Miloša Bajica 321000NoviSad

RepublicofSerbia

Phone:+381(0)21421617Fax:+381(0)214722584

www.typhoon-hil.come-mail: info@typhoon-hil.ch