UNI-T UT725 Multifunction Process Calibrator
UNI-T UT725 Precision LCR Meter
The UNI-T UT725 is a high-precision benchtop LCR meter designed for engineers, technicians, and electronics professionals who demand accurate and reliable component measurements. Whether you're testing inductors, capacitors, or resistors...
UNI-T UT725 Precision LCR Meter
The UNI-T UT725 is a high-precision benchtop LCR meter designed for engineers, technicians, and electronics professionals who demand accurate and reliable component measurements. Whether you're testing inductors, capacitors, or resistors in production or R&D environments, the UT725 delivers fast, dependable readings with a large, easy-to-read display.
Key Features
- Measurement Parameters: L (Inductance), C (Capacitance), R (Resistance), Z (Impedance), Q (Quality Factor), D (Dissipation Factor), ESR, θ (Phase Angle)
- Test Frequencies: 100 Hz, 120 Hz, 1 kHz, 10 kHz, 100 kHz
- Basic Accuracy: 0.1%
- Display: Large 5-digit LCD display for primary and secondary values simultaneously
- Auto/Manual Ranging: Quickly adapts to the component under test
- Series/Parallel Equivalent Circuit Mode: Selectable for accurate modelling
- Open/Short Circuit Compensation: Eliminates stray impedance for precise readings
- USB Interface: Data transfer and PC connectivity
- Sorting Function: Ideal for component matching and binning
- Power Supply: AC 220V / 50 Hz
Typical Applications
- Component testing and quality control in electronics manufacturing
- R&D and laboratory measurements
- Transformer and coil characterization
- Capacitor ESR and dissipation factor analysis
- Education and training labs
What's in the Box
- UNI-T UT725 LCR Meter (main unit)
- Kelvin test leads
- SMD test clips
- Power cord
- USB cable
- User manual
Backed by UNI-T's global reputation for precision test & measurement instruments, the UT725 is built to perform in demanding environments — giving you the confidence to test more, faster, and with greater accuracy.
Add product specifications here.
Customer reviews will appear here.