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157420F-03L

The PXIe-4135 is a Low Current Source Measure Unit with 4 quadrants, supporting up to 68 SMU channels and a max power output of 20W.

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    Description

    The PXIe-4135 is a Low Current Source Measure Unit that is designed to deliver high precision and flexibility for engineers. It is capable of operating across 4 quadrants, making it versatile for a wide range of applications. The unit can output a maximum power of 20 W under standard conditions, with an option to extend to 40 W with part number 783762-02.

    It boasts an impressive current measurement resolution of 10 fA, enabling highly accurate measurements. With a max acquisition speed of 1.8 MS/s, it ensures rapid data collection, enhancing productivity and efficiency in testing scenarios. Additionally, the PXIe-4135 supports DMA direct transmission, facilitating faster data transfer rates and improved performance.

    The unit can accommodate up to 68 maximum SMU channels in a single PXIe chassis, providing exceptional scalability and flexibility for complex setups. It is designed to be compatible with multiple development environments, ensuring seamless integration into existing systems and workflows. The part numbers for the PXIe-4135 include 783762-01, 783762-02, and 157420F-03L, offering various options to meet specific requirements and applications.

    Specification Details
    Model PXIe-4135
    Part Numbers 783762-01, 783762-02, 157420F-03L
    Type Low Current Source Measure Unit
    Quadrants 4
    Max Power Output 20 W (Standard), 40 W (Part Number 783762-02)
    Current Measurement Resolution 10 fA
    Max Acquisition Speed 1.8 MS/s
    DMA Direct Transmission Supported
    Maximum SMU Channels in Single PXIe Chassis Up to 68
    Programming Interface Compatibility Supports multiple development environments

    Question 1: What is the max power output of the PXIe-4135?
    Answer 1: 20W standard, can extend to 40W.

    Question 2: What is the current measurement resolution of the PXIe-4135?
    Answer 2: 10 fA for high precision measurements.

    Question 3: How many quadrants does the PXIe-4135 operate across?
    Answer 3: 4 quadrants for versatile applications.

    Question 4: What is the max acquisition speed of the PXIe-4135?
    Answer 4: 1.8 MS/s for rapid data collection.

    Question 5: How many maximum SMU channels can the PXIe-4135 support?
    Answer 5: Up to 68 channels in a single PXIe chassis.