Infineon Demo Board Radar Sensor Demonstration Board for BGT60LTR11AIP BGT60LTR11AIP

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RS庫存編號:
260-1133
製造零件編號:
DEMOBGT60LTR11AIPTOBO1
製造商:
Infineon
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品牌

Infineon

Product Type

Sensor Development Tool

Sensor Technology

Radar Sensor

Featured Device

BGT60LTR11AIP

For Use With

BGT60LTR11AIP

Kit Classification

Demonstration Board

Standards/Approvals

RoHS

Kit Name

Demo Board

Infineon Sensor Development Tool, Radar Sensor Sensor Technology, Demonstration Board Kit Classification - DEMOBGT60LTR11AIPTOBO1


This sensor development tool is intended to support advanced radar technology applications. Infineon’s sensor enables users to effectively prototype and integrate radar solutions. It is well-suited for developers in the automation and electronics fields, allowing for assessment of sensor performance across various environments.

Features & Benefits


• Integrates a microwave sensor with antenna-in-package technology

• Supports autonomous mode as well as SPI communication protocol

• Enables quick prototyping and feature evaluation

• Low power consumption suitable for battery-operated applications

• Configurable settings enhance versatility for different projects

Applications


• Utilised for motion detection in security systems

• Integrated into consumer electronics such as laptops and televisions

• Used in advanced automation systems within smart homes

• Applicable in robotics for presence detection

How do I configure the device for autonomous operation?


To enable autonomous operation, remove the R3 resistor, allowing the device to function independently without external control.

Can this tool interface with different microcontroller boards?


Yes, it can connect to various boards, including the Arduino MKR, for enhanced functionality.

What range can be expected for human target detection?


The typical motion detection range for a human target is up to 7m, subject to configuration settings.

How do I change the detector threshold in the sensor?


The threshold can be adjusted by modifying the resistor values connected to the QS2 pin, allowing for sensitivity configuration from low to high.

What is the benefit of using the SPI mode?


SPI mode provides comprehensive access to configuration options, permitting detailed adjustments of parameters such as hold time and detection range through external microcontrollers.

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