Photoresistor Light Sensor
Ear Thermometer Non-contact Measurement Metal Housing Thermometrics Infrared Detectors Thermopile IR Sensor ZTP-148SR
Ear Thermometer Non-contact Measurement Metal Housing Thermometrics Infrared Detectors Thermopile IR Sensor ZTP-148SR Description ZTP Thermopile Infared (IR) Sensors are industry-leading higher sensitivity level sensors. These devices respond to a broad infrared spectrum, offer an inherently stable response to DC radiation, and do not require source of bias voltage or current. Consisting of thermo-elements, flat IR filter, and a thermistor for temperature compensation in a
12mm Plastic Coated LDR Light Dependent Resistor GM12528 10-20K For Light Control
12mm Plastic Coated LDR Light Dependent Resistor GM12528 10-20K For Light Control Circuits Based on LDR Arduino Based Dark Switch Light Activated Switch using LM555 & LDR Advantages of LDR Low cost & Easily Available Easy to Use. Disadvantages of LDR Slow Response time as Compared to Photo Diodes. Electronic Performances Name Model Max. Voltage VDC Max. Power mw Environment Temperature (℃) Spectrum Peak nm Light Resistance (10Lux) KΩ Dark Resistance ≥MΩ γ10010 Response Time
Dia 5mm Metal Encapsulation LDR Photoresistor Light Sensor With Dark Resistance 0.2-20 MOhm
Dia 5mm Metal Encapsulation LDR Photoresistor Light Sensor With Dark Resistance 0.2-20 MOhm Specification unit:mm Item Type Max.Voltage (VDC) Power Dissipation (mw) Ambient Temperature (℃) Spectral Response Peak(nm) Light Resistance (10Lux) KΩ Dark Resistance MΩ γ Response Time (ms) Illuminance resistance Characteristic Increase Decrease φ6.5 Metal GM5510 100 100 -30~+70 550 5-10 0.2 0.6 30 30 2 GM5515 100 100 -30~+70 550 10-20 1 0.7 30 30 3 GM5525 100 100 -30~+70 550 30-50