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General| Operating Frequency | 24 GHz |
|---|---|
| Supply Voltage | 5 V DC |
| Modulation Mode | FMCW |
| Output Signal | Digital |
| Current Consumption | 60 mA |
| Output Interface | UART |
| Operating Temperature | -40℃ ~ 85℃ |
| Detection Range | 0.2 - 6 m |
Details key features of the sensor module, covering ease of use and connectivity.
Compares the module's technology with others, highlighting its advantages in sensing applications.
Provides the physical dimensions and pin hole specifications of the module for integration.
Details the function and symbol for each pin on the module, essential for proper electrical connection.
Shows a typical circuit diagram for connecting and integrating the LD2410C module into a system.
Explains configurable parameters like detection distance and sensitivity for tailored performance and specific environments.
Introduces the PC-side tool for efficiently testing, configuring module parameters, and viewing detection data.
Guides on installation methods (ceiling/wall) and illustrates the module's detection range and coverage patterns.
Outlines environmental requirements and precautions for optimal installation to ensure reliable detection performance.
Provides instructions on downloading and installing the necessary mobile application for module interaction.
Explains how to connect the app, view radar information, and debug/save module parameters.
Details the password requirement for initial APP connection and how to modify it for secure access.
Guides on performing Over-The-Air (OTA) firmware upgrades for the module to keep it updated.
Defines the Bluetooth communication protocol, including characteristic UUIDs for data transmission between module and APP.
Explains how radome materials and design choices impact the performance and accuracy of mmWave sensors.
Provides guidelines on structural shape, dimensions, and material selection for effective radome design.
Lists common materials and their electrical properties relevant for radome construction at 24.125GHz.
