The LCF002-I-01 from SENBA’s LCF002 Analog Current with Compensation Series is a high-precision optical sensing device designed for accurate ambient light detection with stable analog current output. Featuring a 5.3μm spectral response and a φ5.5 silicon sensing element with a 180mm structure, this sensor ensures reliable and consistent performance across industrial and electronic applications.
Operating within a regulated supply voltage range of 4.5–5.5V, the LCF002-I-01 is optimized for systems requiring stable current-based signal output, making it ideal for precision light sensing, monitoring, and control circuits. Its wide field of view greater than 110° enables broad-angle light detection, supporting applications that require wide-area illumination monitoring.
The built-in compensation mechanism minimizes the effects of temperature variation and signal drift, improving measurement accuracy and ensuring long-term stability. Designed for harsh environments, the sensor operates reliably across a temperature range of -40°C to +80°C, making it suitable for both indoor and outdoor applications.
With its robust silicon construction, stable analog current output, and compensation capability, the LCF002-I-01 is an excellent choice for high-precision light sensing applications requiring dependable and consistent performance.
Key Features:
- Silicon-based light sensing element (φ5.5)
- Spectral response: 5.3μm
- Analog current output for precise sensing
- Built-in compensation for enhanced accuracy
- Operating voltage: 4.5–5.5V
- Wide field of view: >110°
- Sensing structure length: 180mm
- Wide operating temperature: -40°C to +80°C
Applications:
- High-precision ambient light detection
- Industrial optical sensing systems
- Analog current-based measurement applications
- Smart lighting control circuits
- Environmental monitoring equipment
- Compensation-based sensing solutions
