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General| Type | LCR Meter |
|---|---|
| Basic Accuracy | ±0.5% |
| Display | LCD |
| Power Source | Battery |
| Battery Life | 8 hours continuous |
| Operating Temperature | 0 °C to 50 °C |
| Storage Temperature | -20°C to 60°C |
Explains WARNING and CAUTION headings, and their implications for user safety and device protection.
Provides a description of the device's controls and their functions.
Details the procedure for turning the device on and off, including warm-up times and default states.
Discusses the display layout and messages that may appear during device operation.
Covers the system's menu structure, available settings, and device features.
Explains how to use the controller for selecting functions and changing settings.
Details immediate parameter changes possible via the navigation controller.
Describes turning the device on/off and configuring automatic power-off timeouts.
Details the four sections of the screen and explains various displayed parameters and modes.
Describes C+R and C+D modes for capacitance measurements with resistance or dissipation factor.
Explains impedance ([Z]) and equivalent series resistance (ESR) measurement modes.
Details the AUTO mode for automatic component identification and measurement.
Outlines the main, system, sound, service, measurement, and display menus.
Explains how to move the cursor and select desired menu items.
Allows setting the test frequency for measurements via the Test Frequency Menu.
Configures the secondary display parameter (R, D/Q) and measurement combinations.
Sets the source impedance range and test signal level for measurements.
Enables choosing between parallel or series component models for representation.
Sets tolerance ranges (1-20%) for component sorting and provides audible feedback.
Allows storing measurement offsets (nulling) for relative measurements and lead compensation.
Allows freezing and holding the last displayed measurement reading on the screen.
Sets the time interval or period between successive measurements.
Discusses resistance offset due to tweezer tips and its impact on small resistance measurements.
Details capacitance measurement parameters, optimal frequencies, and offset compensation.
Explains inductance measurement parameters, optimal frequencies, and offset considerations.
Provides settings and parameters for measuring equivalent series resistance (ESR).
Covers complex impedance measurement for components with parasitic elements.
Advises on cleaning the tweezer tips to maintain measurement accuracy and avoid damage.
Explains the low battery icon, its meaning, and procedures for charging the device.
Provides basic steps to diagnose and resolve potential malfunctions.
States the device's compliance with FCC Rules and the conditions for operation.
Details key operating parameters like frequency, accuracy, signal level, and typical offsets.
Lists the available measurement ranges for resistance, capacitance, and inductance.
Lists the default configurations applied when the device is reset to factory settings.
Outlines the default parameters used after an autoset command is executed.
Provides accuracy details for capacitance measurements across various ranges and frequencies.
Details accuracy specifications for resistance and impedance measurements by range and frequency.
Lists accuracy specifications for inductance measurements across different ranges and frequencies.
Lists the full spectrum of measurable resistance, capacitance, and inductance values.
Details the highest precision achievable for capacitance, inductance, and quality factor.
Provides the device's physical dimensions and weight.
Specifies the recommended operating and storage conditions like temperature and humidity.
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