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SKU 199003

Isolated 12-bit Voltage Output Phidget

Original price €36,60 - Original price €36,60
Original price
€36,60
€36,60 - €36,60
Current price €36,60

All prices are VAT included

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When you need to generate a voltage between -10 and +10 volts, this board will do the job. With a resolution of 4.9mV (12-bit) and current as high as 5mA, it is designed to interface with devices that are controlled by an analog voltage signal. To use it, simply plug it into a VINT port and control the voltage with your program. It will also launch an event when the actual output voltage varies from the chosen voltage (for example, when the attached device is drawing too much current). This Phidget is factory calibrated to ensure output accuracy.

Selectable Voltage Range

Need higher resolution? The output on this Phidget also has a 0 to 5V terminal that can be used instead of the ±10 terminal, yielding a resolution of 1.2mV. Both terminals are controlled as the same object in software; they cannot be controlled separately.

Isolated for Stability

This board is electrically isolated from input to output, protecting your system fom instability caused by unintentional ground loops. If you need to update speed more than isolation or voltage range, have a look at the VINT 12-bit Voltage Output 4V .

Product Specifications

Board Properties
Controlled By WIN
Electrical Properties
Current Consumption Min 35 mA
Current Consumption Max 85 mA
Voltage Outputs
Number of Voltage Outputs 1
Current Sourcing various*
Current Sinking various*
Voltage Outputs (±10V Mode)
Voltage Output Max ±10V DC
Output Voltage Resolution (12-bit) 4.9 mV DC
Voltage Output Noise ± 500 μV DC
Voltage Outputs (5V Mode)
Voltage Output Max 5V DC
Output Voltage Resolution (12-bit) 1.2 mV DC
Voltage Output Noise ± 20 μV DC
Physical Properties
Recommended Wire Size 16 - 26AWG
Operating Temperature Min -40°C
Operating Temperature Max 85°C

* Current sourcing and sinking capability varies based on selected output voltage. Please visit the technical section of the User Guide for details.

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