Education real-time target machine - I/O Subsystem


Summary

32/16 analog input, 8 analog output, and 8 digital TTL input and output channels, 16-bit

Physical
Form factor Single PCI module
Power requirements 2.6W typical, 3.4W maximal
PCI bus 32bit/33MHz

Environmental
Operating temperature 0 to +70ºC
Relative humidity 5-95%, non-condensing
Radiated field immunity (RFI) IEC1000-4-3 level 3, EN50082-1
Electromagnetic interference immunity (EMI) Error is less than +-0.25% of FSR
Electric fast transient immunity (EFT) IEC1000-4-4 level 2, EN50082-1
Radiated emissions EN50081-1 for Class A equipment

Analog inputs
Number of inputs 32 single-ended or 16 differential
Input signal type Voltage (non-isolated)
A/D resolution 16-bits
Overall sampling and conversion time 15µs per channel
Ranges (DIP switch selectable) -3.3 to +3.3, -5 to +5, -10 to +10, 0 to +5, and 0 to +10 Volts
Input over voltage protection +55 to -40 Volts power off
Input resistance 1GOhm, typical
Typical overall calibrated error for range -3.33 to +3.33 0.007% of span
Typical overall calibrated error for range -5 to +5 0.007% of span
Typical overall calibrated error for range -10 to +10 0.0031% of span
Typical overall calibrated error for range 0 to 5 0.01% of span
Typical overall calibrated error for range 0 to +10 0.007% of span

Analog outputs
Number of outputs 8 single-ended
Output signal type Voltage (non-isolated)
D/A resolution 16-bits
Overall conversion time 12.375µs per channel
Range: -10 to +10 Volts
Output current: -10mA to +10mA maximal
Output at reset: zero Volts
Mono tonicity over temperature 15-bits
Linearity error +-2LSB
System accuracy +-3LSB

Digital inputs
Number of inputs 8 TTL
Pull-up resistors 8 x 4.7kOhm in socket
VIH 2.0V minimum
VIL 0.8V maximum
Input signal hysteresis 200mV typical
Input debounce (software selectable) 0, 4µs, 64µs, 1ms, and 8ms for each input individually

Digital outputs
Number of outputs 8 TTL
Pull-up resistors 8 x 4.7kOhm in socket
VIH 3.0V minimum
VOL 0.3V typical
IOH -15.0mA
IOL 64mA

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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