Education real-time target machine
Study and teach basic and advanced mechatronic and custom FPGA design concepts
Together with Simulink®, Real-Time Workshop®, and xPC Target™ from The MathWorks the Education real-time target machine forms a complete simulation and real-time testing environment to study and teach software-based basic and advanced mechatronic and custom FPGA design concepts with components currently used in industry.
To make this product a truly industrial-grade solution available at the most attractive price tag Speedgoat has teamed up with other industry leading providers including Acromag, B&R Industrial Automation, and The MathWorks. The result is a system providing best balance between feature richness, quality, and a price an academic institution can afford.
Key features include
- Ideal for motion control, power electronics, or signal processing applications
- Industrial-grade no-toy design
- Rugged mechanical and electrical design
- Low-latency analog and digital I/O connectivity included
- Pulse generation (PWM), pulse capture (CAP), quadrature decoding (QAD), and generic digital I/O channel support (option)
- Step-by-step guide to develop and integrate custom FPGA I/O functionality (option)
- Includes all required cables, terminal boards, and adapters
- Best balance between feature richness, industrial-grade quality, and price
Additional information:
Customer quote
"Up and running in less than a day!"
Darren Hartman,
HUSCO International
News
New I/O Expansion chassis with six additional PCI slots
(03-May-2010) Read more
New Quadrature Decoding FPGA code module complementing the PWM and CAP FPGA code modules
(27-Apr-2010)
Read more
New SPI and I2C FPGA-based configurable protocol support
(12-April-2010)
Read more
New Education real-time target machine for mechatronic designs
(01-Mar-2010)
Read more
Raw Ethernet, UDP, J1939, Arinc 429, MIL-STD-1553, Shared Memory, LVDT/ RVDT, and Synchro/ Resolver support (01-Jan-2010) Read more
xPC Target dual core and highest CPU clockrate support (3.33GHz) (04-Sep-2009) Read more
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