Gallium Phosphide (GaP) Photodetector – TOCON_GAP4

The TOCON_GAP4GAP from SGLUX GmbH is a high-sensitivity Gallium Phosphide (GaP) photodetector designed for precise...

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Gallium Phosphide (GaP) Photodetector – TOCON_GAP4

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43 Galliumphosphide (GaP) Photodetector TOCON GAP4GAP
43A Galliumphosphide (GaP) Photodetector Graph

TOCON_GAP4GAP – Gallium Phosphide Photodetector for Precision Blue and Near-UV Light Detection and Calibration Applications

The TOCON_GAP4GAP from SGLUX GmbH is a high-sensitivity Gallium Phosphide (GaP) photodetector designed for precise blue and near-ultraviolet (UV-A) light measurement in laboratory, industrial, and scientific environments.
It integrates a solar-blind GaP photodiode with an internal low-noise transimpedance amplifier, generating a stable and linear 0–5 V output proportional to incident irradiance.
Covering a spectral range from 150 nm to 550 nm, with a peak response around 440 nm, it ensures accurate measurement of blue and near-UV radiation while completely rejecting infrared interference.
Each sensor is factory-calibrated and traceable to NIST / PTB standards, offering reliable, reproducible results and long-term stability.
Compact, rugged, and maintenance-free, the TOCON_GAP4GAP is the perfect solution for LED testing, optical calibration, UV curing, and fluorescence excitation monitoring.

The TOCON_GAP4GAP is a precision GaP-based photodetector engineered for blue and near-UV light measurement in environments requiring high accuracy and stability.
Its GaP photodiode ensures sensitivity between 150–550 nm, with excellent IR rejection for pure spectral response.
The internal transimpedance amplifier provides a clean, linear 0–5 V analog signal, simplifying integration with SENSOR MONITOR 5.0, SGCD4, or other data-acquisition systems.
With traceable factory calibration (NIST/PTB) and a fast <1 s response time, the TOCON_GAP4GAP offers repeatable, accurate, and interference-free blue-light and UV-A measurements for optical testing, calibration, and industrial process monitoring.

Feature Specification
Function
Gallium Phosphide (GaP) photodetector with integrated amplifier
Detector Type
GaP photodiode with internal transimpedance amplifier
Spectral Range
150 – 550 nm (visible blue and near-UV)
Peak Wavelength 440 nm
Output Signal
0 – 5 V DC (linear with irradiance)
Sensitivity
High for blue and UV-A light
Accuracy ±5 % of reading
Response Time < 1 s
Visible / IR Rejection
Excellent IR blindness
Operating Voltage 5 – 24 V DC
Operating Temperature −20 … +85 °C
Housing Material
Anodised aluminium TOCON enclosure
Optical Window
UV-grade quartz or optical glass
Connector
BNC / M8 / custom cable output
Calibration
Factory-calibrated, traceable to NIST / PTB
Compatibility
SENSOR MONITOR 5.0 / VOLTCON / SGCD4 systems
Applications
Blue/UV-A light measurement, LED testing, fluorescence detection, optical calibration, and UV curing control

High Spectral Precision for Blue and UV-A Detection

The TOCON_GAP4GAP provides high accuracy across the 150–550 nm range, making it ideal for blue and near-UV monitoring in optical and photometric applications.

Infrared and Visible Red Rejection

The GaP photodiode is inherently blind to infrared and red light, ensuring that only the intended UV and blue wavelengths are measured without spectral contamination.

Integrated Low-Noise Amplifier

An internal transimpedance amplifier produces a stable 0–5 V linear output, simplifying measurement setup and eliminating the need for external electronics.

Traceable Factory Calibration

Every device is factory-calibrated and traceable to NIST / PTB, ensuring globally recognised measurement precision and repeatability.

Fast, Stable, and Reliable

The TOCON_GAP4GAP provides rapid response (<1 s), low signal drift, and high stability under variable light conditions.

Compact and Robust Construction

Built with a rugged anodised aluminium housing, it withstands demanding laboratory and industrial environments.

Easy System Integration

Compatible with SENSOR MONITOR 5.0, VOLTCON, and SGCD4, the sensor supports direct plug-and-play operation for data logging and control.

The TOCON_GAP4GAP delivers a unique balance of traceable calibration, blue/UV-A sensitivity, and infrared rejection, making it an indispensable detector for LED analysis, photometric testing, and fluorescence applications.

LED and Light Source Testing

Measures blue and UV-A LED irradiance for optical quality assurance and intensity control in R&D and production.

Fluorescence and Photoluminescence Measurement

Monitors excitation sources in spectroscopy and bioassay systems for precise and reproducible measurements.

Optical Calibration and Radiometry

Used as a reference photodetector in laboratory calibration of light meters and radiometric instruments.

UV Curing and Coating Processes

Ensures accurate UV-A intensity monitoring for adhesives, coatings, and ink-curing applications.

Environmental and Photobiological Studies

Evaluates blue-light exposure and UV-A radiation in photobiological and environmental research setups.

Industrial Automation and Process Monitoring

Integrates into automated systems requiring real-time irradiance monitoring and light-based process control.

With traceable calibration, fast response, and high blue/UV precision, the TOCON_GAP4GAP is the sensor of choice for optical metrology, process validation, and photometric quality control.

  • Official distributor of SGLUX TOCON_GAP4GAP in India

  • Expertise in blue and UV light measurement systems

  • Local calibration traceable to NIST / PTB standards

  • Affordable solutions for industrial, OEM, and research applications

  • Comprehensive technical support, integration, and after-sales service

FAQs

It covers 150–550 nm, with peak response near 440 nm.

No – it is IR-blind, ensuring accurate blue and near-UV detection.

No, it features a built-in low-noise transimpedance amplifier with direct 0–5 V output.

Yes – every unit is factory-calibrated and traceable to NIST/PTB standards.

Through calibration, integration, and nationwide technical support for optical and radiometric systems.

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FAQs

It covers 150–550 nm, with peak response near 440 nm.

No – it is IR-blind, ensuring accurate blue and near-UV detection.

No, it features a built-in low-noise transimpedance amplifier with direct 0–5 V output.

Yes – every unit is factory-calibrated and traceable to NIST/PTB standards.

Through calibration, integration, and nationwide technical support for optical and radiometric systems.

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