Raptor VeeCAN 320: Difference between revisions
Jump to navigation
Jump to search
(Created page with '==VeeCAN 320 Raptor Display== 100px<br> The VeeCAN 320 Raptor display uses the Raptor development software tool to create a display interface for …') |
|||
| Line 1: | Line 1: | ||
==VeeCAN 320 Raptor Display== | ==VeeCAN 320 Raptor Display== | ||
[[File:Veecanraptor-white.jpg|100px]]<br> | [[File:Veecanraptor-white.jpg|100px]]<br> | ||
The VeeCAN 320 Raptor display uses the Raptor development software tool to create a display interface for your application. New Eagle adapted the VeeCAN SDK to the Raptor platform. The Raptor VeeCAN platform allows model-based designers to engineer both the display logic and control logic for an HMI (Human Machine Interface). | The VeeCAN 320 Raptor display uses the Raptor development software tool to create a display interface for your application. New Eagle adapted the VeeCAN SDK to the Raptor platform. The Raptor VeeCAN platform allows model-based designers to engineer both the display logic and control logic for an HMI (Human Machine Interface). | ||
Revision as of 19:26, 2 March 2015
VeeCAN 320 Raptor Display
The VeeCAN 320 Raptor display uses the Raptor development software tool to create a display interface for your application. New Eagle adapted the VeeCAN SDK to the Raptor platform. The Raptor VeeCAN platform allows model-based designers to engineer both the display logic and control logic for an HMI (Human Machine Interface).
The Raptor VeeCAN has a template starter project. It provides a base project with CAN logging, control logic, and custom screens.
A Raptor VeeCAN user can receive messages on the CAN bus and read a VeeCAN's Analog Inputs (3 modes: 0-2.5V, 0-10V, 0-500 Ohm). The VeeCAN supports logging to an attached USB memory stick.
