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General| Brand | REED |
|---|---|
| Model | R5001 |
| Category | Measuring Instruments |
| Language | English |
General safety guidelines for operating the LCR meter, including environmental and usage restrictions.
Measures L, C, R with secondary parameters like D, Q, ESR, and phase angle.
Includes Auto-LCR, Series/Parallel modes, and auto-ranging for impedance measurements.
Features dual LCD, auto LCR check, and D/Q/ESR parameter display.
Details test frequencies, AC signal level, and measurement ranges for L, C, and R.
Lists primary and secondary parameters displayed, including L, C, R, D, Q, ESR, and phase angle.
Covers power supply, dimensions, weight, and included accessories.
Details important notes regarding measurement conditions, shielding, calibration, and value interpretation for accuracy.
Provides inductance measurement accuracy data for various ranges and frequencies (100Hz/120Hz, 1kHz).
Presents inductance measurement accuracy for 10kHz and 100kHz frequencies across different ranges.
Details capacitance measurement accuracy at 100Hz/120Hz for various ranges and DF accuracy.
Provides capacitance measurement accuracy for 1kHz and 10kHz frequencies, including DF accuracy.
Lists capacitance measurement accuracy at 100kHz for different ranges and DF accuracy.
Details resistance measurement accuracy at 100Hz/120Hz for various ranges.
Presents resistance measurement accuracy at 1kHz for different ranges.
Lists resistance measurement accuracy at 10kHz for various ranges.
Provides resistance measurement accuracy at 100kHz for different ranges.
Details DC resistance measurement accuracy across multiple frequencies and ranges.
Shows D value accuracy across different frequencies and impedance ranges.
Identifies and describes the function of each button and input socket on the LCR meter.
Procedure to turn the LCR meter on and off using the power button.
How to enable/disable the auto power off feature and its behavior.
Explanation of the beep indicators for available and unavailable functions.
Instructions for turning the LCD backlight on and off and its automatic timeout.
How to interpret the battery charge level shown on the LCD screen.
Guidance on selecting appropriate test frequencies for accurate LCR measurements.
Recommendations for choosing test frequencies for optimal capacitance measurement accuracy.
Guidance on selecting test frequencies for accurate inductance measurements based on component type.
How to use the Frequency Button to cycle through available test frequencies.
Explanation of Auto-LCR mode and switching between L, C, R modes with secondary parameters.
Impact of selecting series or parallel measurement modes on accuracy for L/C components.
Best practices for using parallel mode for capacitance measurements, and when series mode is preferred.
Best practices for using series mode for inductance measurements, and when parallel mode is preferred.
How the meter automatically selects series/parallel mode based on impedance and manual selection.
How to freeze and release the current measurement displayed on the LCD.
How to set a reference value and display relative percentage changes in measurements.
Details the percentage range for relative values and the 'OL%' indication.
Discusses potential causes of inaccuracies in capacitive, inductive, and resistive measurements.
Explains how dissipation factor (D) affects capacitance measurement accuracy.
Addresses limitations regarding DC bias for inductance measurements and potential discrepancies.
Differentiates between DC and AC resistance measurement methods.
Emphasizes verifying DUT requires DC or AC resistance measurement for accurate results.
Explains the purposes of the guard terminal for stabilizing readings and minimizing noise.
Recommends calibration for accuracy and outlines the initial steps to enter calibration mode.
Details the steps for performing open and short calibrations, and saving results.
How to use sorting mode to quickly sort components based on reference values and tolerance.
