MotoHawk-Application-Libraries: Difference between revisions
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The MotoHawk [http://en.wikipedia.org/wiki/XCP_(Protocol) XCP] Slave blockset can be used in a MotoHawk model to enable connection of a device to a 3rd party tool to enable calibration, data aquisition, reflash, and security by XCP. Examples of 3rd party tools include INCA, ATI Vision, and CANape. | The MotoHawk [http://en.wikipedia.org/wiki/XCP_(Protocol) XCP] Slave blockset can be used in a MotoHawk model to enable connection of a device to a 3rd party tool to enable calibration, data aquisition, reflash, and security by XCP. Examples of 3rd party tools include INCA, ATI Vision, and CANape. | ||
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Revision as of 20:12, 9 September 2015
New Eagle > Products Wiki > MotoHawk Platform > MotoHawk > MotoHawk Application Libraries
Controls Foundation Blockset for MotoHawk
The Foundation Block Set is one of the many MotoHawk Component Libraries that New Eagle Has to offer. It includes many different types of blocks, including control loop blocks, integrator, filters, and many common control elements.
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-MH-BLK-01 |
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Please Contact Us |
Freeze Frame Library for MotoHawk
The MotoHawk Freeze Frame Block Set allows the user to capture and view faults easily in MotoTune or MotoViewer. It can be used with both the classical MotoHawk fault manager or the OBD fault manager.
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-MH-FFL-01 |
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Please Contact Sales |
Please Contact Us |
Auto-Documentation of MotoHawk Models
The AutoDoc library is a very useful tool to document a model. It can be used to capture screen shots of each page of the model. It will also notate all calibration and probe data to both the bottom of the page the blocks are on, and in a summary generated in excel file, which also includes all faults. To use AutoDoc place the AutoDoc library in the path of your model. Then place the AutoDoc block in each page of the model that you wish to have documented. Click here for more information on AutoDoc
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-MH-Auto Documentation-01 |
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DBC CAN Networking Toolbox for MotoHawk
The DBC CAN Networking Toolbox allows you to easily create CAN input and output blocks in MotoHawk using DBC files. This tool box complements the New Eagle libraries for New Eagle J1939 Library implementation as well as a CANopen client library.
- DBC to CAN Networking
- New Eagle's Network Toolbox makes it easy to create CAN input and output blocks in MotoHawk
- Network Toolbox enables you to have useful CAN blocks starting from an industry-standard .dbc file to describe the CAN network.
- Saves development and debugging time and reduces complexity.
- Create Custom .dbc files
- More Information: DBC CAN Networking Toolbox
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-MH-DBC to CAN Networking-01 |
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J1939 Diagnostics Toolbox for OBD
New Eagle J1939 Library for OBD (On-Board Diagnostics) offers an easy to use approach to add J1939 protocol support to any MotoHawk project and mirrors the J1939 network structure of PGN’s and SPN’s. The diagnostic messages integrate seamlessly with the MotoHawk OBD Fault Manager blocks, and it supports data layer, application layer, and network management of J1939..
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-J1939-OBD-LIB |
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J1939 Diagnostics Toolbox for EMD
New Eagle J1939 Library for EMD (Engine Management Diagnostics) offers an easy to use approach to add J1939 protocol support to any MotoHawk project and mirrors the J1939 network structure of PGN’s and SPN’s. The diagnostic messages support data layer, application layer, and network management of J1939..
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-J1939-EMD-LIB |
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CANopen Client Library for MotoHawk
As an add-in to MotoHawk, the CANopen Library makes it easy to initialize and to communicate using the CANopen Protocol. Instead of manually writing code to handle the initialization sequence and other protocol status messages, by dropping a few key blocks into a Simulink model, the CANopen Library enables you to establish the communication protocol quickly. This saves development and debugging time and reduces complexity.
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-MH-CANOPEN-001 |
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Please contact sales |
Delphi DC-DC CAN Library for MotoHawk
The Delphi DC-DC CAN Library integrates well with the New Eagle EV supervisory Control System. It is designed as the communication tool between the Delphi DC-DC Converter and the New Eagle MotoHawk EV Supervisory Controller. Please contact sales for more information.
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-MH-DC-DC Converter-01 |
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Please contact sales |
Please contact sales |
RMS Inverter CAN Library for MotoHawk
The RMS Inverter CAN Library integrates well with the New Eagle EV Supervisory Control System. It is designed as the communication tool between the Rinehart Motion System PM100 Motor Control and the New Eagle EV Supervisory Controller.
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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MH_CAN_RMS PM100 |
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Multiplexed Power Distribution Module (MPDM) CAN Library for MotoHawk
New Eagle offers a pre-programmed application library to facilitate easy integration with systems being developed on the Matlab/MotoHawk platform.
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-MH-MPDM CAN-01 |
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Please contact sales for info |
MotoHawk Spark-Based Engine Control Model
New Eagle sells a MotoHawk starter template for developing Spark-Based Engine Control. The Spark-Based Engine Control Model is designed to give a strong foundation for engine control programming that allows faster development of a finished engine model.
The Spark-Based Engine Control Model includes:
- Modeled variables and physics-based engine parameters
- Engine control strategies
- Actuator characterization, based on engine parameters
- Execution of closed-loop actuators, such as ETC
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
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NE-MH-SBECM-01 |
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Please Contact Sales |
Please Contact Sales |
XCP Slave Blockset
The MotoHawk XCP Slave blockset can be used in a MotoHawk model to enable connection of a device to a 3rd party tool to enable calibration, data aquisition, reflash, and security by XCP. Examples of 3rd party tools include INCA, ATI Vision, and CANape.
| Part Number | Picture | Visit our Webstore | Datasheet | More Information |
|---|---|---|---|---|
|
TBA |
Coming Soon |
Coming Soon |
Please Contact Sales |
Unified Diagnostic Services
- Unified Diagnostic Services
- ISO Blockset provides interface to PC based diagnostics application or scan tool.
- Provides ISO 15765 Unified Diagnostic services (UDS) and ISO 15031 On Board Diagnostics (OBD).
- Provides the MotoHawk application with the capability of reporting self-diagnostics and trending information.
- Integration Service is included in the sale of the UDS block set
| Picture | Part Number | Webstore | Downloads | More Information |
|---|---|---|---|---|
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MH_UDS_INTEGRATION |
Please Contact Sales |
