Infrared
$5.90
Introduction Upright part of this sensor is an infrared emitter and on the other side, it’s a shielded infrared detector. By emitting a beam of infrared […]
$3.90
Description OCTOPUS Flame Sensor is a module based on the infrared receiver (IR probe), simple in design, light, convenient, and very sensitive. It can be used […]
$3.90
Description This is a simple infrared receiver sensor,and mainly receive infrared signal through HS0038 infrared diode. HS0038 is particularly sensitive to the infrared signal, and it […]
$6.60
Description OCTOPUS PIR Sensor module is a type of electronic building block based on AM412 pyroelectric digital smart sensor. It can be used in sensing and […]
$1.30
sensor adopts TCRT5000, high sensitivity sensitivity adjustable digital potentiometer to adjust (blue) modules can induction block from 0 to 3 cm working voltage 3.3 V to […]
$1.60
IR Remote Control Receiver Built-in Filter at 38KHz Wide operating voltage range: 2.7V to 5.5VDC Compatible with Arduino, Raspberry Pi Packing list x2 unit IR Receiver […]
$0.40
Infrared Receiver 3mm in diameter Peak Wavelength: 940nm Forward voltage: 1.5VDC Max forward current: 40mA Emitter: Long pin Collector: Short pin Packing list x1 unit Infrared […]
$0.40
Long pin: emitter Short pin: collector Packing list: x1unit IR Receiver
$2.90
Operating Voltage Range: DC4.5-20V Static Current: <60uA Output Level: High = 3.3V Low = 0V Trigger: Repeatable Trigger (Default) Delay Time: Default 8 seconds +-30% PCB Dimensions: […]
$0.40
IR Transmitter Chip material:AIGaAs Emitted color:infrared Lens:5mm, water clear Low power consumption, high efficiency, low current requirement 940nm wavelength Forward current:50mA Forward voltage: 1-1.7V Radiant intensity: […]
$2.50
Item: Infrared Sensor Frequency detectable: 760nm – 1100nm Detection angle: 60deg Sensitivity adjustment: Yes via potentiometer inclusive Working voltafgr: 3.3v-5v Output format: digital (0 and 10 […]
$2.20
Infrared Obstacle Avoidance IR Sensor Module (Active Low) has a pair of infrared transmitting and receiving tubes. When the transmitted light waves are reflected back, the […]
