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NIPXI-4130 PDF预览

NIPXI-4130

更新时间: 2024-09-17 12:29:51
品牌 Logo 应用领域
美国国家仪器公司 - NI /
页数 文件大小 规格书
6页 243K
描述
20 V, 2 A Source Measure Unit

NIPXI-4130 数据手册

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20 V, 2 A Source Measure Unit  
NI PXI-4130 NEW!  
SMU Channel  
Operating Systems  
• ±±0 , ± A, isolated  
• Windows ꢀista/XP/±000  
• 4-quadrant operation – 10 W sinking  
• Remote sense capability  
• 5 current ranges – ± A to ±00 µA  
• 1 nA measurement resolution on  
the ±00 µA range  
Recommended Software  
• LabꢀIEW  
• LabꢀIEW Real-Time  
• LabWindows/CꢀI  
• Measurement Studio  
Utility Channel  
• 6 , 1 A, ground referenced  
• 1±0 µꢀ/±0 µA setpoint resolution  
• 16-bit voltage/current setpoint  
and measurement  
Other Compatible Software  
• Microsoft ꢀisual Basic  
• C/C++  
Driver Software (included)  
• NI-DCPower  
2 A  
Overview  
Maximum Power  
Quadrants I and III = 40 W  
Quadrants II and IV = 10 W  
200 mA  
20 mA  
2 mA  
The NI PXI-4130 is a programmable, high-power source measure unit  
(SMU) in a single-slot, 3U PXI module. It has a single isolated SMU  
channel that offers a four-quadrant ±±0 ꢀ output that incorporates  
remote (4-wire) sense. This channel is capable of sourcing up to 40 W  
in quadrants I and III and sinking up to 10 W in quadrants II and Iꢀ. With  
five current ranges providing measurement resolution down to 1 nA, this  
precision source is ideal for design validation and semiconductor test  
applications that require programmatic sourcing and sweeping as well  
as high-accuracy measurements.  
Quadrant II  
Sink  
Quadrant I  
Source  
200 µA  
-20 V  
20 V  
-200 µA  
-2 mA  
Quadrant III  
Source  
Quadrant IV  
Sink  
-20 mA  
-200 mA  
-2 A  
The PXI-4130 also includes a utility channel that can source either  
current or voltage with 16-bit setpoint and measurement resolution. You  
can use this output, which provides up to 6 ꢀ and 1 A, as a complementary  
power source to the SMU channel. Applications such as transistor  
characterization that require accurately sourcing a constant current or  
voltage while sweeping another current or voltage can greatly benefit from  
the reduced complexity, footprint, and cost that this module offers.  
Both channels of the PXI-4130 power SMU can act as either a constant  
voltage source or a constant current source, with a settable compliance  
limit for either mode. In addition, you can enable remote sense on the  
SMU channel to maximize voltage output/measurement accuracy at your  
device under test for high-precision applications.  
Figure 1. Channel 1 Quadrant Diagram (40 W in Quadrants I and III, 10 W in  
Quadrants II and IV)  
Internal/External Supply Options  
You can power the PXI-4130 either internally from the PXI backplane or  
externally through a front-panel-connected auxiliary DC supply such as  
the NI APS-4100. When internally powered, the ground-referenced, 0 to  
6 ꢀ channel can be operated at its full 1 A current range, but the isolated  
SMU channel is limited to 300 mA or ± W. When externally powered,  
the SMU channel can source up to ± A at ±0 ꢀ in addition to the utility  
channel, which sources up to 1 A at 6 ꢀ for a total maximum output  
power of 46 W.  

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