Last Updated on June 28, 2026 by Muhammad Hamdi
UNI-T UT-L90 Multimeter Probes with Extra Fine Tips
UNI-T UT-L90 Multimeter Probes with Extra Fine Tips are high-precision test leads designed for detailed electronic measurements and fine-pitch circuit probing. The ultra-fine probe tips make them ideal for testing SMD components, integrated circuits, PCB traces, and compact electronic assemblies where standard probes may be too large. UNI-T specifies that the UT-L90 probes are suitable for precision testing applications requiring accurate contact on small measurement points.
These professional probes are widely used by electronics engineers, repair technicians, laboratory users, and embedded system developers for debugging and measurement tasks. The insulated cable structure and high safety rating improve operational safety during testing, while the flexible leads provide convenient handling during bench work and field service applications. Similar extra-fine multimeter probes are commonly used in electronics repair, mobile phone servicing, microcontroller development, and PCB diagnostics because of their precise probing capability.
Features
- Extra fine precision probe tips.
- Suitable for PCB and SMD testing.
- Flexible insulated test lead cables.
- High-precision electrical contact.
- Compatible with digital multimeters.
- Lightweight and durable construction.
- Professional electronic testing accessory.
- Reliable measurement performance.
- Suitable for laboratory and repair work.
- Easy handling for precision measurements.
Specifications
| Parameter | Value |
|---|---|
| Product Type | Precision Multimeter Probes |
| Brand | UNI-T |
| Model | UT-L90 |
| Probe Type | Extra Fine Tips |
| Safety Rating | CAT II 1000V |
| Maximum Current | 10A |
| Lead Material | Insulated Flexible Cable |
| Connector Type | Standard Banana Plug |
| Application | Precision Electronic Testing |
| Compatibility | Multimeters and Test Instruments |
Applications
- PCB troubleshooting.
- SMD component testing.
- Electronic circuit diagnostics.
- Mobile phone repair.
- Microcontroller debugging.
- Laboratory measurements.
- Precision voltage testing.
- Embedded electronics development.
- Educational electronics projects.
- Fine-pitch IC measurements.