Optical Sensors & Detector – UV Photodiodes

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UV Index (Erythema) – SG01L-E5D

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75 UV Index (Erythema) SG01L E5D
74A UV Index (Erythema) Graph5

Large-Area Erythema-Weighted UV Photodiode with Enhanced Selectivity for Medical, Environmental, Industrial, and Research Applications

The SG01L-E5D is a Silicon Carbide (SiC)-based erythema-weighted UV photodiode engineered for precise UV index monitoring and skin safety applications. With its large 10.0 mm² active area, it produces strong photocurrents, providing superior sensitivity across the erythemal action spectrum. The “D” version offers enhanced selectivity for accurate UV measurements, optimising its performance in applications where precise alignment to the biological response of human skin is essential. Featuring ultra-low dark current (0.1 fA), capacitance of 1000 pF, and rugged thermal reliability, it delivers noise-free, stable signals with dependable long-term accuracy. Its SiC construction guarantees complete visible blindness, eliminating interference from visible and infrared light for pure UV-only detection. With an operating range from −55 °C to +170 °C, the SG01L-E5D is highly reliable under both outdoor and laboratory conditions. Typical applications include environmental UV index monitoring, medical phototherapy calibration, personal UV dosimeters, and industrial safety systems.

 

The SG01L-E5D is a specialised erythema-weighted UV photodiode optimised to match the human skin response curve to ultraviolet exposure. With its large 10.0 mm² active area, it produces strong photocurrents for accurate solar UV index monitoring and sunburn risk evaluation. The “D” version enhances spectral selectivity, improving measurement precision in safety-critical applications. Featuring ultra-low dark current (0.1 fA) and high capacitance (1000 pF), it provides stable, noise-free signals suitable for real-time monitoring. Silicon Carbide design ensures complete visible blindness, eliminating interference from non-UV wavelengths. Rugged and durable, the SG01L-E5D operates reliably across −55 °C to +170 °C, ensuring long-term stability.

Feature Specification
Spectral Sensitivity
Erythema-weighted UV spectrum
Peak Responsivity
Matched to erythemal action curve
Visible Blindness > 10¹⁰
Active Area 10.0 mm²
Dark Current (1 V reverse bias) 0.1 fA
Capacitance 1000 pF
Short Circuit (typical under solar UV)
Strong photocurrent output
Temperature Coefficient < 0.1 %/K
Operating Temperature −55 … +170 °C
Storage Temperature −55 … +170 °C
Soldering Temperature (3 s) 260 °C
Maximum Reverse Voltage 20 V
Variant Feature
“D” = Enhanced Selectivity

Erythema-Weighted Selectivity

The SG01L-E5D aligns with the erythemal action spectrum, enabling precise measurement of biologically relevant UV radiation responsible for skin erythema. The “D” enhancement improves selectivity for more accurate UV index calculations.

Large Active Area for Strong Output

Its 10.0 mm² active area ensures maximum photocurrent, supporting applications that demand strong, reliable signals under natural sunlight and artificial UV sources.

Pure UV Detection

With Silicon Carbide construction, the device ensures complete visible blindness, eliminating IR and visible interference for pure UV-only detection.

Noise-Free Operation

An ultra-low dark current of 0.1 fA ensures stable, clean signals essential for safety and research applications.

Fast and Reliable Responsiveness

With a capacitance of 1000 pF, the SG01L-E5D ensures dependable responsiveness for real-time UV monitoring.

Thermal Ruggedness

The device operates across −55 °C to +170 °C, ensuring reliability in outdoor stations, aerospace, and industrial safety systems.

Durability and Long-Term Use

Its SiC construction resists UV degradation, ensuring calibration stability and dependable long-term accuracy in continuous monitoring applications.

By combining erythema-weighted selectivity, strong photocurrent sensitivity, and rugged durability, the SG01L-E5D provides superior performance for mission-critical UV index monitoring.

Environmental Monitoring

The SG01L-E5D is widely used in UV index monitoring stations, weather observatories, and environmental safety systems to evaluate UV exposure levels and sunburn risks.

Medical and Healthcare

It supports phototherapy calibration, dermatological devices, and personal UV monitoring instruments designed to protect skin health.

Industrial Safety

The sensor is integrated into monitoring systems for industries where UV exposure is significant, such as welding, curing, and semiconductor production.

Consumer Electronics and Wearables

Its compact, high-sensitivity design makes it ideal for integration into wearable UV trackers, personal UV dosimeters, and smart sensors.

Scientific Research

Researchers utilise the SG01L-E5D for studying solar radiation effects, material degradation, and biological UV interaction studies.

Aerospace and Defence

The rugged design and wide temperature tolerance make it a suitable choice for aerospace-grade UV monitoring at high altitudes.

By delivering enhanced erythema selectivity, large-area sensitivity, and rugged reliability, the SG01L-E5D provides accurate UV index measurement across multiple sectors.

  • Exclusive distributor of SGLUX UV photodiodes in India

  • Local inventory for faster delivery and reduced lead times

  • Competitive pricing for environmental, healthcare, and research markets

  • Application-specific consultation for UV monitoring system integration

  • Nationwide after-sales service, technical training, and expert support

FAQs

It provides erythema-weighted UV detection with enhanced selectivity for accurate UV index monitoring.

It features a large 10.0 mm² active area for strong photocurrents.

Yes, it ensures complete visible blindness for pure UV detection.

Yes, it functions reliably across −55 °C to +170 °C.

By providing local stock, fast delivery, expert advice, and nationwide after-sales support.

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FAQs

It provides erythema-weighted UV detection with enhanced selectivity for accurate UV index monitoring.

It features a large 10.0 mm² active area for strong photocurrents.

Yes, it ensures complete visible blindness for pure UV detection.

Yes, it functions reliably across −55 °C to +170 °C.

By providing local stock, fast delivery, expert advice, and nationwide after-sales support.

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