RCWL-0516 Microwave Radar Sensor
Features of RCWL-0516 Microwave Radar Sensor:-
- Transmission signal processing control chip RCWL-9196
- Wide operating voltage range 4.0V to 28.0V
- Penetrating detection capability, compared with the traditional infrared feeling PIR
- Adjustable Block time and distance
- 3.3V output power supply
Specifications of RCWL-0516 Microwave Radar Sensor:-
|Operating Voltage(VDC)||4 to 28|
|Operating Current||2.8mA (typical); 3mA (max)|
|Transmitting Power||20mW (typical); 30mW (max)|
|Output Voltage(V)||3.2 to 3.4|
|Output Voltage Driving Capacity||100mA|
|Trigger Way||Repeat Trigger|
|Output Control Low Level||0V|
|Output Control High Level||3.3V|
|Operating Temperature (C)||-20 to 80|
4 in stock
This item: RCWL-0516 Microwave Radar Sensor
4 in stock
1 × Male to Female Jumper Wires - Single
32 in stock
1 × 12 Volt 2A Power Adapter Supply AC to DC 2.1mm X 5.5mm Plug 12 V 2 Amp Power Supply Wall Plug (Black)
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1 × Male to Male Jumper Wires - single
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1 × Cable for Arduino Nano (USB 2.0 A to USB 2.0 Mini B) 30cm
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1 × Nano CH340 Chip Board without USB cable compatible with Arduino
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1 × 40 Pin Female Header Berg Strip - Break Away Header
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1 × 2x3 Inch Zero PCB Board
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- The RCWL-0516 Microwave Radar Sensor module has been designed as an alternative to the common PIR motion sensors widely used in burglar alarms and security lights. Like the PIR sensor, this sensor also detects only movements within its detection range.
- But instead of sniffing the blackbody radiation from a moving person, this sensor uses a microwave Doppler radar technique to detect moving objects. It has a sensitivity range of ~7 meters. When triggered, its TTL-level output (OUT) pin will switch from LOW (0 V) to HIGH (3.3 V) for a finite time (2 to 3 s) before returning to its idle (LOW) state.
- This flexible sensor module can easily be used in conjunction with many microcontrollers and even without a microcontroller at all. It can handle power supply inputs anywhere from 4 to 28 V.
- The output pin can be utilized for a multitude of tasks, such as for driving an aural/visual indicator or even linking with the I/O of any 3-V microcontroller for further processing. During construction, avoid any metal part in front of the sensor module. Similarly, always keep a minimum of 1-cm clear space on the front and rear side of the module.
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