PXIe Multi-Channel Source Measure Unit - Parallel SMU Channels for High-Throughput Wafer Test
XGY XMU Multiple Channel Series is a PXIe SMU family for parallel high-density device testing. It provides 4 to 24 independent channels per module with up to 1 MS/s sampling, down to 10 pA current sensitivity, and up to +/-24 V output.
Key technical parameters for the XMU Multiple Channel Series SMU.
Up to +/-24 V
Down to 10 pA
Application fit
Power products are rarely selected from one headline rating. The useful shortlist starts with the electrical envelope, DUT role, control interface and acceptance evidence.
Application fit
XMU Multiple Channel Series SMU should be scoped around multi-channel SMU test, with voltage, power, interface, protection and acceptance requirements confirmed before quotation.
Application fit
XMU Multiple Channel Series SMU should be scoped around semiconductor parametric measurement, with voltage, power, interface, protection and acceptance requirements confirmed before quotation.
Application fit
XMU Multiple Channel Series SMU should be scoped around automated PXIe validation, with voltage, power, interface, protection and acceptance requirements confirmed before quotation.
Application fit
XMU Multiple Channel Series SMU should be scoped around sensor and component characterization, with voltage, power, interface, protection and acceptance requirements confirmed before quotation.
The XMU Multiple Channel Series is a PXIe SMU family built for applications where test throughput and channel density matter as much as measurement precision. It is optimized for semiconductor screening, IC power rail characterization, sensor testing, and other workflows that benefit from simultaneous multi-device measurement.
Across the series, users can choose between 4-channel, 8-channel, and 24-channel configurations. Depending on the model, the platform supports programmable clamping, synchronous triggering, external power expansion, and channel cascade output.
| Parameter | Value |
|---|---|
| Platform | PXIe 3U multi-channel SMU modules |
| Channel Options | 4, 8, and 24 channels |
| Sampling Rate | Up to 600 kS/s or 1 MS/s per channel |
| Min Current Resolution | Down to 10 pA |
| Voltage Range | Up to +/-24 V |
| Peak Current Per Channel | Up to +/-1000 mA |
| Operation | 4-quadrant source/measure |
| Clamp Functions | Programmable V and I clamping |
| Host Integration | VISA-based control library (Windows & Linux) |
| Model | Channels | Key Strength | Operating Range | Best Fit |
|---|---|---|---|---|
| XMU5201A | 4 | Higher precision | +/-24 V, +/-150 mA, 10 pA | Precision parallel semiconductor & LED test |
| XMU5201B | 4 | Cost-balanced | +/-24 V, +/-150 mA, 100 pA | General multi-device batch characterization |
| XMU5202 | 4 | Higher-current clamped | +/-11 V, +/-1000 mA, ext supply | IC power rail & programmable clamp |
| XMU5203 | 8 | Higher-density clamped | +/-11 V, +/-1000 mA, cascade | Parallel mixed-signal & power validation |
| XMU5238 | 24 | Maximum channel density | +/-15 V, +/-50 mA | High-throughput screening & sensor test |
XGY Tek specializes in tailoring power supplies to meet specific semiconductor, automotive, and aerospace testing requirements.
Get a QuoteFit check
Quote-stage checklist
Add the operating profile, safety boundary, control interface and acceptance evidence expected by the buyer before requesting final configuration and lead time.
Quote workflow
A useful RFQ is a short engineering model: operating envelope, DUT workflow, control boundary and acceptance evidence.
Send RFQStart with Up to +/-24 V. Confirm the required model rating before treating the page summary as a released configuration.
Map the equipment to multi-channel SMU test; semiconductor parametric measurement; automated PXIe validation and record any transient, cycling, compliance or automation needs.
Confirm control interfaces, protection requirements, data logging, remote operation and the FAT/SAT evidence needed by the buyer.
XGY Tek specializes in tailoring power supplies to meet specific semiconductor, automotive, and aerospace testing requirements.
The XMU Multiple Channel Series SMU is part of XGY Tek's Power Supplies catalogue, supplied to engineering teams worldwide for laboratory, production, and field test workflows. XGY XMU Multiple Channel Series is a PXIe SMU family for parallel high-density device testing. It provides 4 to 24 independent channels per module with up to 1 MS/s sampling, down to 10 pA current sensitivity, and up to +/-24 V output.
Start with Channels: 4 / 8 / 24; Sampling: Up to 1 MS/s; Current Sensitivity: Down to 10 pA; Voltage Range: Up to +/-24 V. Buyers should also confirm interface, software integration, accessories, calibration documentation, lead time, and acceptance requirements before purchase.
Typical applications listed for the XMU Multiple Channel Series SMU include multi-channel SMU test; semiconductor parametric measurement; automated PXIe validation; sensor and component characterization. If the required range, channel count, power level, environmental condition, or automation interface differs from these scenarios, XGY Tek should review the configuration before quotation.
Compare alternatives when the required measurement range, output power, channel count, bandwidth, software workflow, fixture design, or documentation package does not match the published XMU Multiple Channel Series SMU specifications. XGY Tek can recommend a different model or custom-scoped option during quotation.
Use the Get a Quote form to share your application, required configuration, and rollout timeline. An XGY Tek engineer based in Adelaide or Sydney will respond the same business day. Where a downloadable datasheet is available, it is linked from the product page. Get a Quote
XGY Tek (XGY Pty Ltd, ABN 70 688 984 590) is an Australian test and measurement company headquartered in Adelaide with a Sydney office. XGY Tek ships the XMU Multiple Channel Series SMU to engineering teams worldwide, with calibration documentation and acceptance requirements confirmed during quotation. Post-sales support is handled directly by applications engineers during AEST/ACST hours. About XGY TekWhere to Buy
