Marktech Optoelectronics MT03 Silicon Photodiodes

Introduction

The Marktech Optoelectronics MT03 Silicon Photodiodes are advanced optoelectronic components designed for high sensitivity to visible and Near-Infrared (NIR) light. With their robust construction and versatile active area options, these photodiodes are ideal for a variety of applications in scientific and industrial settings.

Part Description

The MT03 Silicon Photodiodes are available in both square (3.87mm x 3.87mm, 15mm²) and circular (Ø2.52, 5mm² and Ø3.57, 10mm²) active area configurations. Encased in a hermetic TO-5 metal can package with a UV-transmitting glass window, these photodiodes exhibit a spectral sensitivity wavelength ranging from 250nm to 1100nm. They are optimized for applications that require high performance in visible and NIR light sensitivity, featuring low noise, high-speed response, and a wide dynamic range. The photodiodes can operate in a temperature range of -40°C to 100°C and have a reverse voltage rating of 50V.

Applications

• Flame detection
• Currency authentication
• Colorimeters
• Photometers
• Spectroscopy equipment
• Fluorescence detection

Industries

• Scientific research
• Medical diagnostics
• Environmental monitoring
• Security and surveillance
• Manufacturing and quality control

Usage Ideas

1. Spectroscopy Setup: Utilize the MT03 photodiodes in a spectroscopy system to analyze the spectral properties of various materials, enhancing research in material science.
2. Currency Validator: Implement the photodiodes in a currency authentication device to detect counterfeit bills by analyzing the spectral characteristics of the printed materials.
3. Fluorescence Measurement: Create a fluorescence measurement system for biological samples, using the photodiodes to detect and quantify fluorescent signals in research applications.

Conclusion

The Marktech Optoelectronics MT03 Silicon Photodiodes are versatile and reliable components that cater to a wide range of applications across various industries. Their high sensitivity, broad spectral coverage, and robust design make them an excellent choice for projects requiring precise light detection and measurement. Whether in scientific research or industrial applications, these photodiodes provide the performance needed to achieve accurate results.