PXLE-4135 Low Current Source Measure Unit

The PXIe-4135 (Part Number: 783762-01, 783762-02, 157420F-03LLow Current Source Measure

Unit has 4 quadrants and sources up to 20 W for DC control. This unit also shows low current estimations,

such as a 10 nA go and triaxial network. With the extraordinary analog-to-digital converter innovation

of this module, the user can perform high-accuracy estimations with a current resolution of 10 fA or rapid

acquisitions at speeds up to 1.8 MS/s. The NI PXIe-4135 is a hardware-timed instrument with a fast

sequencing engine to synchronize acquisitions over different SMUs.

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Description

PXLE-4135 Low Current Source Measure Unit

The PXIe-4135 (Part Number: 783762-01, 783762-02, 157420F-03LLow Current Source Measure

Unit has 4 quadrants and sources up to 20 W for DC control. This unit also shows low current estimations,

such as a 10 nA go and triaxial network. With the extraordinary analog-to-digital converter innovation

of this module, the user can perform high-accuracy estimations with a current resolution of 10 fA or rapid

acquisitions at speeds up to 1.8 MS/s. The NI PXIe-4135 is a hardware-timed instrument with a fast

sequencing engine to synchronize acquisitions over different SMUs. The module supports the direct

transmission of DMA between the host PC and SMU, so it can transmit extensive waveforms and estimation

information with the refresh rate and full testing frequency of the instrument. Part number 783762-02 is the 40W version of the PXIe-4135.

PXLE-4135

Engineers can utilize the modular National Instruments PXIe-4135 SMU to build parallel, high-channel-count

frameworks from up to 68 SMU directs in a solitary PXIe chassis that can scale to several channels. Users

can expand test throughput by exploiting a rapid communication bus, deterministic hardware sequencing, and

a digital control loop innovation to custom-tune the SMU response for any gadget under test. They can also

control the SMU response through programming, which removes long wait times for SMU settling and

offers the flexibility to help limit overshoot and oscillations.

The interactive soft front boards can be utilized for making essential estimations and debugging automated

applications. The driver features help files, documentation, and ready-to-run example projects to assist

in test code development and incorporates a programming interface that works with an assortment of improvement conditions.

 

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