NT02PS Manual Probe Station & IV Holder Fixture | Precision

NT02PS Precision Manual Probe Station – Professional IV Holder Fixture

The NT02PS Precision Manual Probe Station is a high-accuracy bench-top fixture engineered for semiconductor testing, electronic component characterization, and laboratory measurement tasks. Designed for engineers, researchers, and technicians who demand repeatable, stable probe positioning, this probe holder and IV holder fixture delivers the rigidity and fine-adjustment control required for reliable current–voltage (IV) characterization and signal integrity testing on wafers, dies, PCBs, and other micro-scale devices.

Key Features

• Precision Manual Positioning: Fine-thread adjustment mechanisms provide smooth, controlled probe movement for accurate tip placement on delicate test pads and micro-contacts.
• Stable IV Holder Fixture: Rigid fixture base minimizes vibration and mechanical drift during measurements, ensuring consistent, reproducible results.
• Versatile Probe Holder Design: Compatible with a wide range of standard probe arms and tips, making it adaptable to diverse testing environments and device geometries.
• Non-Electrified Construction: Passive mechanical assembly with no integrated electronics — allows full compatibility with any external source-measure unit (SMU), parameter analyzer, or LCR meter.
• Durable Build Quality: Constructed from high-grade materials for long-term laboratory use, resisting wear from repeated positioning cycles.
• Low-Noise Platform: Mechanically isolated design helps reduce environmental interference for cleaner measurement signals.

Ideal Applications

• Semiconductor device characterization (IV curves, resistance measurement)
• Wafer-level and die-level probing
• PCB test point access and validation
• MEMS and microelectronics laboratory research
• University and R&D lab electrical testing setups

Specifications

• Model: NT02PS
• Type: Manual Probe Station with IV Holder Fixture
• Electrified: No (passive mechanical assembly)
• High-Concern Chemicals: None
• Country of Origin: Made in Mainland China

Why Choose the NT02PS?

Whether you're characterizing semiconductor devices in a production environment or conducting research in an academic lab, the NT02PS provides the mechanical stability and positional accuracy that precision probing demands. Its straightforward manual operation means no software dependencies — just reliable, hands-on control every time.

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Authoritative Reference

For best practices in electronic measurement and laboratory instrumentation safety, refer to guidelines from the National Institute of Standards and Technology (NIST) – Electronic Measurements.

Learn more: Mechanical probe station

Frequently Asked Questions

Q: What is the NT02PS Precision Manual Probe Station used for?

A: The NT02PS is a laboratory-grade manual probe station and IV holder fixture used for precise electrical probing of semiconductors, wafers, dies, and PCBs. It is commonly used for current–voltage (IV) characterization, resistance measurements, and component testing in research and production environments.

Q: Is the NT02PS compatible with external measurement instruments?

A: Yes. The NT02PS is a passive, non-electrified mechanical fixture, meaning it has no built-in electronics. It is fully compatible with any external source-measure unit (SMU), semiconductor parameter analyzer, LCR meter, or other laboratory measurement instrument you choose to connect.

Q: What types of probes are compatible with the NT02PS probe holder?

A: The NT02PS probe holder is designed to accommodate a wide range of standard probe arms and tips commonly used in laboratory and production probing setups. For specific probe compatibility, please refer to your probe arm manufacturer's specifications or contact us for guidance.

Q: How does the NT02PS ensure measurement accuracy and repeatability?

A: The NT02PS features fine-thread manual adjustment mechanisms and a rigid fixture base that minimizes mechanical drift and vibration. This combination enables highly repeatable probe tip placement on micro-scale test targets, supporting consistent and reliable measurement results across multiple test cycles.