SCALABLE PHOTONIC INTEGRATED CIRCUIT CONTROLLER
A complete, compact, programmable, affordable and easy to use multichannel source measurement unit (SMU) for low power applications from simple electronic circuits to complex photonic integrated circuits.
Better control, more accurate with rich features
![[XDAC] 120-MUB, Front up_2.png](https://static.wixstatic.com/media/f4cc2c_46a064a671db436a8b7de0fa7cb22172~mv2.png/v1/fill/w_397,h_187,al_c,q_85,usm_0.66_1.00_0.01,enc_auto/%5BXDAC%5D%20120-MUB%2C%20Front%20up_2.png)
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USB ports
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Functional GPIO
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Gigabit Ethernet
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High scalability up to 120 channels in a box
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High-resolution control with 16-bit standard
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Flexible unipolar, bipolar, and differential output
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Enable range span configuration through software
Your new source measurement system
Real time monitoring
Flexible output range
Easy to use GUI
High scalability
Model Comparison
XPOW
Unipolar output
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8/40/120 Channels
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8-bit AVR RISC-based microcontroller
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16-bit resolution
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Output: 0 - 34 Volt, 0 - 300 mA (Basic) plus 0 - 5 Volt, 0 - 10 Volt, 0 - 20 Volt, 0 - 200 mA, 0 - 100 mA, 0 - 50 mA (Premium range option)
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Measurement time :
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393 ms (1 Channel)​
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1134 ms (40 Channels)
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1280 ms (120 Channels)
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USB Port
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Sharing Ground
XDAC-U
Unipolar output
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8/40/120 Channels
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Quad Core Cortex 64-bit ARM v8
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16-bit resolution
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Output: 0 - 34 Volt, 0 - 300 mA (Basic) plus 0 - 5 Volt, 0 - 10 Volt, 0 - 20 Volt, 0 - 200 mA, 0 - 100 mA, 0 - 50 mA (Premium range option)
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Measurement time :
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104 ms (1 channel)
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269 ms (40 Channels)
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449 ms (120 Channels)
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Gigabit Ethernet & USB port
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Sharing Ground
XDAC-MUB
Bipolar output
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8/40/120 Channels
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Quad Core Cortex 64-bit ARM v8
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16-bit resolution
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Output: ±16 Volt, ±500 mA (Basic) plus ±2.5 Volt, ±5 Volt, ±10 Volt (Premium range option)
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Measurement time :
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5.492 ms (8 Channels)
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15 ms (40/120 Channels)
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Gigabit Ethernet & USB port
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Sharing Ground
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Can be modified to provide differential output (unshared ground) through software while reducing the channel number to half
XPOW vs XDAC
​Why choose XDAC ?
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Faster communication speed
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More suitable for large scale control
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Better sensor calibration
Graphical User Interface
Our multichannel source measurement system can be controlled directly with GUI or SCPI commands (Python, C++, and Matlab). These features bring flexibility for the users. There are two GUI options to choose, Basic with essential features and Premium with additional advanced features.
Basic Feature
Slider
Yes
Yes
Voltage reading
Yes
Yes
Current reading
Yes
Yes
Enable SCPI command
Yes
Yes
Notes
No
Yes
Type input with resolution option
No
Yes
Save and upload settings
No
Yes
Record
No
Yes
Comma-separated values (CSV) template
No
Yes
Sequence programming with CSV
No
Yes
Python programming template
No
Yes
Lock
No
Yes
Premium Feature
Software Features | Basic | Premium |
|---|---|---|
Slider | Yes | Yes |
Voltage reading | Yes | Yes |
Current reading | Yes | Yes |
Enable SCPI command | Yes | Yes |
Notes | No | Yes |
Type input with resolution option | No | Yes |
Save and upload settings | No | Yes |
Record | No | Yes |
Comma-separated values (CSV) template | No | Yes |
Sequence programming with CSV | No | Yes |
Python programming template | No | Yes |
Lock | No | Yes |
Range span configuration through software | No | Yes |
Multiconnector
M1
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40 Channels
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6xFFC (2x20, 2x24, 2x50 pin)
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16xSMA
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2x40 pin 2.54 mm
M2
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120 Channels
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3xFFC 50 pin
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6x40 pin 2.54 mm
M3
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40 Channels
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2x20 banana 4mm
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2x40 pin 2.54 mm
M4
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40 Channels
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4xFFC (2x24, 2x50 pin)
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2xD-Sub 25
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2x40 pin 2.54 mm
M5
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120 Channels
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10x D-Sub 25
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6x40 pin 2.54 mm
M6
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120 Channels
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3xFFC 50 pin
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6x40 pin 2.54 mm
M7
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40 Channels
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3xIDC connector (40 pin)
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16xSMA
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2x40 pin 2.54 mm
M8
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40 Channels
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4xFFC (2x24, 2x50 pin)
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2xD-Sub 25
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2x40 pin 2.54 mm
