ASSEMBLED USB Experiment Interface Board (New Version)

The Velleman VM110N USB Experiment Interface Board is the new updated version with 5 digital input channels and 8 digital output channels. In addition, there are two analogue inputs and two analogue outputs with 8-bit resolution. The number of inputs/outputs can be further expanded by connecting more (up to a maximum of four) cards to the PC's USB connectors.

All communication routines are contained in a free Dynamic Link Library (DLL) K8055D.DLL. You may write custom Windows (XP or higher) applications in Delphi, Visual Basic, C++ Builder or any other 32-bit Windows application development tool that supports calls to a DLL. Source code for Visual Basic , Visual C++, Visual C#, Excel, Delphi and Borland C++ Builder included.

Also available in SELF-ASSEMBLY Electronic Kit format (Order Code K8055N)

• minimum system:
  • Pentium class CPU
  • USB1.1 or higher connection
  • Windows XP or higher (tested up to Windows 10)
  • CD ROM player and mouse
• DIAGNOSTIC / TEST SOFTWARE:
  • separate output / input test
  • clear all / set all function
  • counter function on inputs 1 and 2 with adjustable debounce (max 2KHz depends on total I/O load)
  • analogue output set sliders
  • analogue input bar-graph indication
• 100% compatible with: VM110 (original version) & K8055N/K8055 cards
• USB lead included (Male A to Male Mini B)

• 5 digital inputs (0= ground, 1= open) (on-board test buttons provided)
• 2 analogue inputs with attenuation and amplification option (internal test +5V provided)
• 8 digital open collector output switches (max 50V/100mA) (on-board LED indication)
• 2 analogue outputs:
  • 0 to 5V, output resistance 1K5
  • PWM 0 to 100% open collector outputs max 100mA / 40V (on-board LED indication)
• general response time: 2ms per command
• power supply: through USB approx. 70mA
• dimensions: 110 x 80mm / 4.3 x 3.2"
• Product format: PRE-ASSEMBLED Electronic Module Product Format Info
• VM110N Datasheet
• VM110N User Manual
• Further downloads can be found on our VM110N resources page