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Source Measure Units (SMU), Semiconductor Power Analyzer, and Accessories

Source Measure Units (SMUs) combine precision sourcing and measurement in a single instrument, ideal for semiconductor and device characterization. Paired with semiconductor power analyzers and accessories, these tools enable comprehensive evaluation of power and current behavior.

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45 products
B2911C
€13,078.00
Delivery time on request
B2901C
€9,390.00
2 in stock. Ready to ship in 1 business day
B2902C
€13,792.00
Reordered - in stock. Delivery time on request
B2912C
€20,226.00
1 in stock. Ready to ship in 1 business day
PZ2100A
Offer Request
Delivery time on request
NGU201
Bundle
€7,800.00
Delivery time on request
B2902B
Offer Request
1 in stock. Ready to ship in 1 business day
B2910BL
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Delivery time on request
N6783A
€74.00
Delivery time on request
PZ2131A
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Delivery time on request
PZ2110A
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1 in stock. Ready to ship in 1 business day
NGU-K103
€350.00
Ready to ship in 5 to 10 business days
NGU-K104
€350.00
Delivery time on request
N1294A-031
Offer Request
Delivery time on request
PZ2121A
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PX0101A
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PZ2110A
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N1297A
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Delivery time on request
PX0102A
Offer Request
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N1298C
Offer Request
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PX0106A
€853.00
Delivery time on request
N1294A-032
Offer Request
Delivery time on request

A Source Measure Unit (SMU) is the essential tool for deep electrical characterization of devices.

By simultaneously sourcing and measuring voltage or current with high precision, the SMU can generate accurate I-V curves for LEDs, diodes, transistors, and other components. This is crucial for determining device parameters, breakdown voltage, and leakage current.

For energy-efficient design, the Semiconductor Power Analyzer offers high-speed, high-accuracy analysis of power consumption and efficiency, particularly in idle and standby modes. Using proper Kelvin (4-wire) connections is paramount to eliminate lead resistance errors and ensure the accuracy of these critical low-level measurements.