Description
This 5-Port Microwave Radar Detector Sensor Module is designed for detecting human beings and the moving objects with the Doppler technique microwave induction. It has the features of high sensitivity, long sensing distance(5-7M), high reliability, wide detection angle and wide power supply voltage range(4.0-28.0V). It can be widely used for human body adaptive forward lighting system, security alarm system and so on. Parameters: 1.Operating Voltage: 4-28V 2.Operating Current: 2.8mA (typical);3mA (max) 3.Detection Distance: 5-7m 4.Transmitting Power: 20mW (typical);30mW (max) 5.Output Voltage: 3.2-3.4V 6.Output Voltage Driving Capacity: 100mA 7.Trigger Way: repeat trigger 8.Output Control Low Level: 0V 9.Output Control High Level: 3.3V 10.Operating Temperature: -20~80 celsius 11.Storage Temperature: -40~100 celsius Adjustment Part Introduction: 1. C-TM Adjust repeat trigger time, default trigger time is 2s; increasing capacitor's capacity will make repeat trigger time longer; and actual counting trigger time can operate as below: Stick capacitor on C-TM, test 9196 3-pin frequency F, repeat trigger time T=(1/f)*32768 2. R-GN Detection distance adjustment;connect with resistor and detection distance will become shorter; if not connect, detection distance is 7m; if connect with 1M ohm resistor, detection distance is 5m 3. R-CDS Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS , CDS connects with photoresistor, you can close detection function at night
WHDTS 5PCS RCWL-0516 Microwave Radar Sensor Smart Switch Module Human Body Induction Module 5-7M Detection Distance 4-28V 100mA
Current Price
$8.99
Average
$8.41
Min Price
$6.99
Max Price
$9.99
Price dynamics
6%
Description
This 5-Port Microwave Radar Detector Sensor Module is designed for detecting human beings and the moving objects with the Doppler technique microwave induction. It has the features of high sensitivity, long sensing distance(5-7M), high reliability, wide detection angle and wide power supply voltage range(4.0-28.0V). It can be widely used for human body adaptive forward lighting system, security alarm system and so on. Parameters: 1.Operating Voltage: 4-28V 2.Operating Current: 2.8mA (typical);3mA (max) 3.Detection Distance: 5-7m 4.Transmitting Power: 20mW (typical);30mW (max) 5.Output Voltage: 3.2-3.4V 6.Output Voltage Driving Capacity: 100mA 7.Trigger Way: repeat trigger 8.Output Control Low Level: 0V 9.Output Control High Level: 3.3V 10.Operating Temperature: -20~80 celsius 11.Storage Temperature: -40~100 celsius Adjustment Part Introduction: 1. C-TM Adjust repeat trigger time, default trigger time is 2s; increasing capacitor's capacity will make repeat trigger time longer; and actual counting trigger time can operate as below: Stick capacitor on C-TM, test 9196 3-pin frequency F, repeat trigger time T=(1/f)*32768 2. R-GN Detection distance adjustment;connect with resistor and detection distance will become shorter; if not connect, detection distance is 7m; if connect with 1M ohm resistor, detection distance is 5m 3. R-CDS Internal VCC parallel connect with internal 1M ohm resistor to CDS pin (that is 196 9-pin) by R-CDS , CDS connects with photoresistor, you can close detection function at night
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Product review & video
today in the workshop we'll be working with the RC WL 0 5 1 6 a microwave proximity sensor which uses Doppler radar we'll learn about the Doppler effect and we'll use the sensor both by itself and with an Arduino we're working with microwaves today so welcome to the workshop [Music] hello and welcome to the workshop today we're going to be working with yet another form of proximity sensing being able to detect when someone has entered into an area and raise an alarm or take action for it now we have worked with proximity sensing before we use the PIR or passive infrared sensor and a passive infrared sensor detected a change in the amount of infrared energy in the room and then it took action on that we've also worked with ultrasonic and lidar distance sensors and they can be used as a form of proximity sensing as well you can basically use these to measure the distance to an object so s


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