PXIe-4145

The PXIe-4145 is a 4-channel source measure unit (SMU) ideal for high-pin-count applications. It features 4-quadrant operation, and each channel has integrated remote (4 wire) sensing for accurate measurements. The fast sample rate of the PXIe-4145 can reduce measurement times, capture transient device characteristics, and allow quick I V characterization of devices under test (DUTs). With a high-speed sequencing engine, you can synchronize all these SMUs with each other or with other instruments such as switches or high-speed digital test modules. Additionally, you can tune the PXIe-4145 response to any load to achieve optimum responses with maximum stability and minimum transients using SourceAdapt technology.

Applications and Use Cases of PXIe-4145

The PXIe-4145 Precision Source Measure Unit (SMU) is a PXI Express high-power source measure unit (SMU) designed for precision voltage/current sourcing and measurement with higher output capability than standard SMUs. It is ideal for power device testing, high-current applications, and advanced automated test systems.

1. High-Power SMU Testing
PXIe-4145 can source and measure higher voltages and currents, making it suitable for testing power-hungry devices and systems.

2. Power Semiconductor Characterization
Widely used for testing MOSFETs, IGBTs, power ICs, and other high-power components, including I-V curve analysis and efficiency evaluation.

3. Battery & Energy Device Testing
Used for battery charge/discharge testing, energy storage analysis, and evaluation of power systems.

4. Automated Test Equipment (ATE)
Integrated into ATE systems for precision power delivery and measurement in production and validation environments.

5. Multi-Rail Power Testing & Control
Supports controlled power sequencing and testing of systems with multiple voltage rails.

6. Industrial & Production Testing
Applied in manufacturing environments for testing power electronics and ensuring product reliability.

7. Research & Advanced Development
Used in labs for developing and validating high-power electronic systems and circuits.