10.525GHz Microwave Sensor Module for Street Light Hw-Hb100 Microwave Radar Sensor Motion Induction Switch Module Intelligent Sensor

Product Description

Overview
The HW-HB100 is a dual-plate superimposed microwave sensing module. According to the Doppler effect principle, a high-frequency electromagnetic wave is transmitted and received by a planar antenna, and then a small movement change of the folded-back wave is detected, thereby triggering the microprocessor to work, and finally outputting useful Control level (H-1/L-0) or control status.
It is suitable for secondary development in other electronic fields such as intelligent electrical appliances, security products, and lighting products. This product can be widely used in security monitoring, intelligent control systems, lighting appliances (garage, corridor, road and other places).
 Characteristics
    It can penetrate the shell induction (except for the metal shell), and the distance will have corresponding attenuation, generally about 10%-20%.
    It is not affected by temperature and humidity. Inductive sensitivity is not directional.
    The small room is reflected by the wall, which can achieve 360 degree induction and no dead angle.
    Retain the CDS welding position and add the light control function.
 Specifications

Model	HW-HB100
Operating Voltage	6-24V	Built-in 7550, requires constant power supply, minimum drive 6v/300mA/ ±100mV
Static power	<35mA
output method	3.3/0V	There is a sense of 3.3V, no induction 0V. (The output voltage can be adjusted to a minimum of 5V)
Trigger mode	Repeatable trigger
Transmitting frequency	10.525GHZ	±5MHZ
Sensing distance	10m	5-30m adjustable (change fixed resistor)
Delay time	2S	2-120S adjustable (change fixed resistor)
Photosensitive switch	NO	There are reservations that can be added.
Operating temperature	-20--80ºC
Dimensions	47.5*40*9mm	Support OEM
Repeat trigger: After the first trigger, when the sensing area is triggered again, the module delay time will be superimposed again when the first trigger time is not stopped. (For example, the module delay is 10S, the sensing signal is received again in 10S, and then 10S is superimposed. If there is no interruption in 10S, there will always be an output signal) Delay time: refers to the duration of the high voltage signal output. Regardless of the delay, the delay is in milliseconds and can be rushed.