IO106
Fast 16-bit analog module with 64/32 simultaneous-sampling analog input channels
This I/O module is a high-end analog module with an input resolution of 16-bit. Because each analog input channel has its own dedicated A/D converter signals are sampled truly simultaneous and the conversion of up to 64 channels is constant (5µs). The I/O module can also be interconnected by trigger lines with additional IO106 to synchronously sample and convert analog input or output channels among the different modules.
Select this very low analog I/O latency module if your application requires high sample rates and needs to acquire a high count of analog signals simultaneously.
Each IO106 I/O module comes with xPC Target driver blocks and Simulink test models, an external shielded 80-pin I/O cable and a terminal board for easy access of all physical I/O signals, and comprehensive documentation.
This I/O module in the PMC form factor and can be used in any Speedgoat real-time target machine with the exception of the Classic real-time target machine.
Highlights
Analog inputs
- 64 single-ended or 32 differential channels, simultaneous sampling, dedicated A/D converter per channel
- 16-bit resolution
- 5µs sampling and conversion time per channel
- Selectable ±10V, ±5V, ±2.5V, 0-10V, or 0-5V (software-selectable)
- xPC Target analog input driver block
- Auto-calibration of entire analog output section
Additional information
Customer quote
"Up and running in less than a day!"
Darren Hartman,
HUSCO International
News
Automatic HDL code generation for Speedgoat's FPGA-based I/O modules for Real-Time Simulation and Testing on FPGAs
(08-April-2011) Read more
Performance real-time target machine now supports i5 multi-core CPUs with clock rates up to 3.6GHz
(08-April-2011) Read more
Mobile real-time target machine now supports dual-core CPUs with clock rates up 2.16GHz
(14-March-2011) Read more
New 18-bit analog input I/O module with up to 32 channels
(03-January-2011) Read more
MathWorks and Speedgoat launch xPC Target Turnkey solution(25-August-2010) Read more
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