Broadband UV Photodiode – SG01S-18ISO90

The SG01S-18ISO90 is a high-performance UV photodiode designed for precise ultraviolet light detection, offering excellent visible blindness and long-term stability. With an active...

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Broadband UV Photodiode – SG01S-18ISO90

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3 Broadband UV Photodiode SG01S 18ISO90
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SG01S-18ISO90 UV Photodiode – High Stability, Precision & Reliability

The SG01S-18ISO90 is a high-performance UV photodiode designed for precise ultraviolet light detection, offering excellent visible blindness and long-term stability. With an active area of 0.06 mm² and advanced SiC (Silicon Carbide) technology, this sensor provides outstanding durability under extreme temperatures, harsh industrial environments, and continuous UV exposure. Its ISO90 housing ensures easy integration into measurement systems, enabling accurate monitoring across scientific, industrial, and environmental applications. The SG01S-18ISO90 delivers extremely low dark current, high signal-to-noise ratio, and reliable spectral response, making it ideal for applications such as flame detection, UV curing control, solar radiation monitoring, and ozone layer research.

The SG01S-18ISO90 UV photodiode is engineered with Silicon Carbide (SiC) semiconductor technology, giving it superior UV sensitivity while effectively blocking visible and infrared light. Its ISO90 package provides robust protection and excellent thermal stability, extending operational life even in demanding industrial conditions. This photodiode offers precise detection in the UV spectrum, especially suited for wavelengths between 200 nm and 370 nm, where traditional photodiodes often fail. Its compact design, ultra-low dark current, and high stability make it the perfect choice for reliable UV sensing. Whether in laboratory research or field applications, the SG01S-18ISO90 ensures accurate and consistent UV measurements.

Feature Specification
Typical Responsivity at Peak Wavelength 0.160 A/W
Wavelength of Max. Responsivity 280 nm
Responsivity Range (S = 0.1 × Smax) 221 … 358 nm
Visible Blindness (Smax / S250–700 nm) > 10¹⁰
Active Area 0.06 mm²
Dark Current (1 V reverse bias) 0.2 fA
Capacitance 15 pF
Short Circuit (10 mW/cm² at peak) 960 nA
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

Silicon Carbide (SiC) Technology

The SG01S-18ISO90 photodiode leverages Silicon Carbide (SiC), a wide-bandgap semiconductor, ensuring outstanding UV sensitivity while naturally blocking visible and infrared wavelengths. This property, known as visible blindness, guarantees interference-free ultraviolet measurement.

High Sensitivity and Accuracy

With a peak responsivity of 0.160 A/W at 280 nm and a responsivity range of 221–358 nm, the device delivers precise UV detection. Its ultra-low dark current of 0.2 fA provides a superior signal-to-noise ratio, enabling accurate measurements in both strong and weak UV environments.

Durable ISO90 Package

The ISO90 housing enhances thermal stability and mechanical robustness. Compact yet sturdy, it allows seamless integration into laboratory setups, field systems, and industrial monitoring units, extending reliability and operational life.

Thermal and Environmental Stability

Operating between −55 °C and +170 °C, the photodiode withstands extreme environmental conditions. Its performance remains consistent in outdoor monitoring, industrial plants, and aerospace systems where temperature variations are common.

Long-Term Reliability

Resistant to UV degradation, the SG01S-18ISO90 maintains stable performance under continuous exposure. This resilience reduces maintenance requirements and ensures dependable results in mission-critical operations.

Versatility Across Applications

Whether used in environmental monitoring, UV curing, flame detection, or semiconductor research, the SG01S-18ISO90 offers robust performance. Its combination of sensitivity, ruggedness, and stability makes it a trusted solution for engineers and researchers.

Environmental Science and Monitoring

The SG01S-18ISO90 supports ozone layer studies, UV index tracking, and solar radiation measurement. Its visible blindness ensures accurate UV-specific data, critical for climate research and pollution analysis.

Industrial Flame Detection and Safety

In petrochemicals, energy plants, and manufacturing facilities, the photodiode plays a crucial role in flame monitoring. Its fast response and UV sensitivity ensure early detection of hazardous events, supporting safe shutdown procedures.

Healthcare and Laboratory Use

Medical and research institutions use the photodiode for UV dosimetry, sterilisation monitoring, and phototherapy calibration. Its precision helps maintain compliance with safety and treatment standards.

UV Curing and Manufacturing

In printing, adhesives, and coatings, reliable UV intensity feedback is essential. The SG01S-18ISO90 ensures accurate process control, improving product consistency and operational efficiency.

Semiconductor and Photonics Research

The device aids in testing and characterising UV-sensitive semiconductor materials and optical devices. Its stable performance supports innovation in photonics and sensor development.

Aerospace and Defence Applications

Engineered for extreme conditions, the photodiode is valuable in aerospace systems for solar monitoring, arc detection, and high-altitude UV sensing. Its rugged design ensures resilience in mission-critical defence environments.

By spanning diverse industries, the SG01S-18ISO90 demonstrates its adaptability, precision, and dependability as a premier UV detection solution.

  • Trusted distributor of SGLUX UV photodiodes in India

  • Fast delivery and competitive pricing for industrial and research needs

  • Expert technical consultation and integration support across applications

  • Pan-India after-sales service with reliable local expertise

  • Strong customer base in academia, R&D, and industry sectors

FAQs

It uses Silicon Carbide technology, offering excellent UV responsivity and complete visible blindness, ensuring accurate and interference-free measurements.

Yes, it has a wide operating range from −55 °C to +170 °C, making it suitable for harsh conditions.

Industries such as environmental monitoring, flame detection, UV curing, aerospace, and semiconductor research benefit significantly.

United Spectrum provides fast delivery, application-specific consultation, seamless integration support, and dependable after-sales service.

The photodiode achieves maximum responsivity at 280 nm within the UV spectrum.

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FAQs

It uses Silicon Carbide technology, offering excellent UV responsivity and complete visible blindness, ensuring accurate and interference-free measurements.

Yes, it has a wide operating range from −55 °C to +170 °C, making it suitable for harsh conditions.

Industries such as environmental monitoring, flame detection, UV curing, aerospace, and semiconductor research benefit significantly.

United Spectrum provides fast delivery, application-specific consultation, seamless integration support, and dependable after-sales service.

The photodiode achieves maximum responsivity at 280 nm within the UV spectrum.

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