For a better experience on dSPACE.com, enable JavaScript in your browser. Thank you!

DS6202 Digital I/O Board

SCALEXIO I/O board for generating and capturing digital signals

The DS6202 provides precise bidirectional digital I/O channels and comprehensive I/O functions, making it ideal for various application areas, such as renewable energy, electric drives control, robotics, and mechanical test benches. 

With its precise digital I/O channels and its comprehensive I/O functions the DS6202 Digital I/O Board is ideally suited for various application areas, such as renewable energy, electric drives control, robotics, vehicle engineering, and mechanical test benches. It captures digital signals for measuring parameters, such as position, frequency, and phase and generates digital signal patterns to control actuators or to simulate sensors. 

Key Benefits

The DS6202 Digital I/O Board provides 32 digital high-speed channels that support of 3.3 V and 5 V TTL voltage levels. Each channel is software-configurable as an input or output. Adjacent channels can be configured as full-differential inputs with RS-485 signal levels. Based on its comprehensive I/O library, the DS6202 combines a wide variety of performant I/O tasks on a single board. The board features general digital I/O functions plus advanced functionality, such as high-resolution signal capturing and pattern generation. Furthermore, the DS6202 provides interfaces for up to six incremental encoders. 

I/O Functionality

The 32 digital channels of the DS6202 can be configured for digital signal measurement or signal generation. The board features the following I/O functions:

  • Digital Incremental Encoder In
  • Digital Incremental Encoder Out
  • Digital Pulse Capture
  • Waveform Digital Out
  • Wavetable Digital Out
  • Angular Wavetable Digital Out
  • Multi-Channel PWM Out
  • PWM/PFM In/Out
  • Multi Bit In/Out
  • Trigger In
  • Digital Pulse Out
  • Sent In
  • Sent Out

The channels are software-configurable and are defined and configured graphically in dSPACE ConfigurationDesk.

Parameter Specification
General
  • 50-pin Sub-D connector
  • 32 ground-based digital I/O channels (channels can be configured in pairs to full-differential inputs)
  • 8 ns time resolution
  • +/- 60 V overvoltage protection
Input (ground-based mode) Voltage range
  • 0 ... 30 V
Threshold voltage
  • 0 ... 12 V
Pulse width
  • min. 25 ns
Input resistance
  • 120 kΩ
Input (differential mode) Voltage range
  • RS-485 levels
Baud rate
  • max. 20 MBd
Input resistance
  • 266 kΩ
Output Voltage range
  • 3.3 V TTL
  • 5 V TTL/CMOS
  Output modes
  • High-side switch
  • Low-side switch
  • Push/Pull
Output current
  • +/- 40 mA
Output pulse width
  • min. 25 ns
Functionality on digital I/O channels1)

Up to

  • 6 x Digital Incremental Encoder In
  • 6 x Digital Incremental Encoder Out
  • 16 x Digital Pulse Capture
  • 16 x Waveform Digital Out
  • 16 x Wavetable Digital Out
  • 16 x Angular Wavetable Digital Out
  • 32 x Multi-Channel PWM Out
  • 32 x PWM/PFM In/Out
  • 10 x Trigger In
  • 4 x Digital Pulse Out
  • 32 x Multi Bit In/Out
  • 8 x Sent In
  • 8 x Sent Out
Sensor supply
  • 2 x 5 V (max 500 mA each)
  • 1x 12 V (max 125 mA)
Internal communication interface
  • IOCNET
Physical data Physical size
  • 238 x 100 x 59 mm (9.4 x 3.9 x 2.3 in) without fastening bracket
  • Requires 1 slot
Voltage supply
  • 24 V
Typical power consumption
  • 15 W
1) You can use only one function at a time per channel

Contact Information