makhzan.
Browse
GL5506 Photoresistor Sensor LDR 4-7kΩ 5mm 2Pcs
GL5506

GL5506 Photoresistor Sensor LDR 4-7kΩ 5mm 2Pcs

In stockSensorsVerified last week

EGP 5

Makers Electronics

See other suppliers

Description

GL5506 Photoresistor Sensor LDR 4-7kΩ 5mm 2Pcs The GL5506 Photoresistor Sensor LDR 4-7kΩ 5mm 2Pcs is light-sensitive device that adjusts its resistance according to ambient light levels. With a resistance range of 4–7kΩ at 10 lux, it provides reliable and fast response for accurate light detection. Compact and easy to use, this LDR is suitable for automatic lighting systems, light control circuits, alarms, display brightness adjustment, and DIY electronics projects. Supplied in a 2-piece pack, it is a practical component for both hobbyists and circuit designers. Features 5mm epoxy-coated round head for compact design. Light-dependent resistance with wide sensitivity range. Resistance: 4–7kΩ at 10 lux illumination. Fast response to changing light levels. Reliable performance with long service life. Easy to integrate into light control and detection circuits. Supplied in a 2-piece pack for convenience. Dimensions Specifications Parameter Condition Value Model — GL5506 Datasheet — GL5506 Diameter — 5mm Light Resistance @ 10 Lux, 25℃ 4kΩ – 7kΩ Maximum Voltage @ 25℃ 150VDC Power Dissipation @ 25℃ 90mW Dark Resistance @ 0 Lux 0.5MΩ Gamma Value 100 – 10 Lux 0.5 Response Time — 30ms Spectral Response Peak @ 25℃ 540nm Ambient Temperature Range — -30℃ ~ +70℃ Applications Automatic lighting control (street lights, garden lights, night lamps). Light-sensitive alarms and security systems. Display brightness adjustment in electronic devices. Solar garden lights and energy-saving systems. Camera exposure control and light meters. DIY electronics and educational projects. Light-following robots and sensor-based automation systems. Package Contents 2 x GL5506 Photoresistor Sensor LDR 4-7kΩ 5mm Datasheet GL5506

From the supplier's page.

Visit Makers Electronics

makhzan doesn't sell — every offer opens the supplier's own site.