AEDR-8723-100 Optical Sensor Module – High-Speed Data Transmission, Bulk Pack

AEDR-8723-100 Overview

The AEDR-8723-100 is a high-performance photodiode designed for precise optical detection applications. Featuring a spectral response optimized for the near-infrared range, this device offers reliable sensitivity and fast response times, making it suitable for industrial, medical, and communication systems. Its compact package supports easy integration into a variety of optical sensor designs, delivering consistent accuracy under diverse operating conditions. For engineers and sourcing specialists seeking dependable photodetection components, the AEDR-8723-100 from Produttore di circuiti integrati represents a robust choice with proven performance in semiconductor photodiode technology.

AEDR-8723-100 Technical Specifications

Parametro	Specifiche
Photodiode Type	PIN
Active Area	1.0 mm2
Peak Wavelength Sensitivity	870 nm
Spectral Response Range	400 nm to 1100 nm
Dark Current	?? 2 nA at 10 V reverse bias
Capacità	5 pF at 10 V reverse bias
Rise Time	?? 10 ns (with 50 ?? load)
Tipo di confezione	TO-46 Metal Can
Temperatura di esercizio	Da -40 a +85 °C

AEDR-8723-100 Key Features

• Optimized Near-Infrared Sensitivity: Enables precise detection at 870 nm, ideal for fiber optic and medical sensor applications.
• Low Dark Current: Minimizes noise for enhanced signal-to-noise ratio, improving measurement accuracy in low-light conditions.
• Fast Response Time: Rapid rise time supports high-speed data acquisition and communication systems requiring quick optical signal detection.
• Compact TO-46 Package: Facilitates integration into tight spaces while providing robust mechanical and thermal stability.

AEDR-8723-100 Advantages vs Typical Alternatives

This photodiode offers superior sensitivity in the near-infrared spectrum combined with low dark current, outperforming many standard photodiodes that suffer from higher noise levels. Its fast response time and low capacitance enable greater accuracy and speed in optical signal processing. The rugged TO-46 package enhances durability and temperature tolerance, ensuring reliable operation compared to less robust alternatives.

Applicazioni tipiche

• Fiber Optic Communication Systems: Utilized for efficient optical signal reception with high sensitivity and low noise, ensuring reliable data transmission.
• Medical Instrumentation: Suitable for pulse oximetry and other biomedical sensors where near-infrared detection is critical for patient monitoring.
• Optical Sensors: Integration into industrial sensors requiring fast response and precise light detection under variable lighting conditions.
• Environmental Monitoring Devices: Used for detecting specific wavelengths in environmental sensing equipment, supporting accurate data collection.

AEDR-8723-100 Brand Info

Manufactured by a leading semiconductor supplier, this photodiode reflects the brand’s commitment to quality and innovation in optoelectronic components. The device combines precision engineering with stringent quality control to meet the demanding requirements of industrial and scientific applications. Its consistent performance and reliability have made it a preferred choice for engineers designing advanced optical detection systems.

FAQ

What is the typical spectral response range of this photodiode?

The device exhibits a spectral response ranging from 400 nm to 1100 nm, with peak sensitivity at 870 nm. This wide range allows it to efficiently detect near-infrared light as well as portions of the visible spectrum, making it versatile for multiple applications.

How does the device??s low dark current benefit my application?

Low dark current reduces the background noise generated when the photodiode is not illuminated. This enhances the signal-to-noise ratio, providing more accurate and reliable optical measurements, especially in low-light or high-precision environments.

Is the packaging suitable for harsh environmental conditions?

The TO-46 metal can package offers excellent mechanical protection and thermal stability, supporting operation across a wide temperature range from -40??C to +85??C. This makes it suitable for demanding industrial and outdoor applications where environmental stress is a concern.

What is the typical rise time and why is it important?

The photodiode features a rise time of 10 nanoseconds or less with a 50 ?? load, enabling fast detection of optical signals. This speed is critical in high-frequency communication and measurement systems that require rapid response to changing light intensities.

Can this photodiode be used for fiber optic communication?

Yes, its peak sensitivity at 870 nm and fast response time make it well-suited for fiber optic communication systems, where efficient and reliable detection of near-infrared light signals is essential for maintaining data integrity and transmission speed.