2DU3 3X3 Silicon Photocell Sensor (2DU3 Silicon Photocell)
The 2DU3 3X3 Silicon Photocell Sensor is a compact light sensitive semiconductor device designed to convert incident light into electrical energy or signal output. It operates using a silicon photodiode structure, generating a voltage or current proportional to light intensity. With a 3mm by 3mm active area, it provides stable performance, fast response, and reliable light detection for optical sensing applications.
The 2DU3 silicon photocell is widely used in India for light sensing circuits, solar detection systems, industrial electronics, and embedded systems. It is valued for its wide spectral response, high sensitivity, and consistent performance in applications such as light meters, optical switches, and energy harvesting systems.
Key Features
- Silicon Photocell Sensor: Converts light into electrical signal
- 3X3mm Active Area: Compact and efficient light capture
- Wide Spectral Response: Detects visible and near infrared light
- High Sensitivity: Accurate light intensity measurement
- Fast Response Time: Suitable for dynamic sensing
- Suitable for Industrial Electronics and Embedded Systems
Specifications
- Sensor Type: Silicon photocell photodiode
- Active Area: 3mm by 3mm
- Output Type: Analog voltage or current output
- Spectral Response: Visible to near infrared range
- Operating Mode: Photovoltaic or photoconductive
- Response Time: Fast response
- Mounting Type: Through hole or PCB mount
- Applications: Light detection solar sensing optical switches embedded systems industrial electronics
Pinout Configuration Sensor Layout
- Positive output terminal
- Negative output terminal
