LCR P1 — Key benefits and what it does for you Clear, easy-to-read results: The bright 54-inch color screen displays measurements and menus in high contrast, minimizing reading errors and speeding up testing workflows. Portable, reliable power: Built-in 1200mAh lithium battery lets you use the unit away from mains power for field checks or bench work without interruption. Versatile frequency support: Choose the test frequency that matches your component and test goal — 100 Hz, 1 kHz, 10 kHz, 100 kHz — plus DCR (0 Hz) for accurate DC resistance checks. Tailored voltage settings: Select effective test voltages of 6 V, 1 V, or 0.2 V to get appropriate excitation for different components and avoid stressing sensitive parts. Simple operation: A user-friendly interface makes common measurements fast to set up and reduces training time for new users. What makes the LCR P1 stand out Multi-frequency coverage and DCR capability let you test inductors, capacitors and resistors under the conditions most relevant to their real-world use. Multiple voltage levels improve measurement accuracy across component types and sizes. Battery operation and a large color display provide a mix of portability and readability not always available in bench-only meters. Practical applications R&D and prototyping: Quickly validate component values and behavior at different frequencies and voltages when designing circuits. Field service and troubleshooting: Carry the LCR P1 on service calls to diagnose failing passive components without needing mains power. Incoming quality checks and spot testing: Verify batches of capacitors, inductors or resistors on the production floor or in inventory sampling. Specifications and functions (as provided) Model: LCR P1 Display: Bright 54-inch color screen Battery: 1200mAh lithium battery Frequency options: 100 Hz, 1 kHz, 10 kHz, 100 kHz, and DCR (0 Hz) Effective test voltages: 6 V, 1 V, 0.2 V The LCR P1 is designed for users who need clear readouts, flexible test conditions and battery-powered portability for measuring L, C, R and DCR across a range of frequencies and voltages.