AEDR-8600-102 High-Precision Sensor Module ?C Compact Plug-and-Play Package

AEDR-8600-102 Overview

The AEDR-8600-102 is a high-performance photodiode designed for precise optical detection and reliable signal conversion in industrial and electronic applications. Its wide spectral response combined with low dark current and fast response time ensures accurate light measurement and efficient data acquisition. This pin photodiode is optimized for integration into compact systems where sensitivity and speed are critical. Manufactured to stringent quality standards, the device supports engineers and sourcing specialists seeking consistent performance in optoelectronic systems. For more detailed information, visit IC Manufacturer.

AEDR-8600-102 Technical Specifications

Parameter	Specification
Photodiode Type	PIN
Spectral Range	400 nm to 1100 nm
Peak Wavelength Sensitivity	860 nm
Active Area	0.5 mm2
Dark Current (Typical)	?? 2 nA at 10 V reverse bias
Capacitance	2 pF at 10 V reverse bias
Reverse Voltage	Maximum 30 V
Response Time	?? 10 ns
Package Type	TO-46 metal can

AEDR-8600-102 Key Features

• Wide Spectral Sensitivity: Covers 400 nm to 1100 nm, enabling versatile use across visible and near-infrared light detection applications.
• Low Dark Current: Minimizes noise with dark current typically below 2 nA, enhancing signal accuracy for low-light conditions.
• Fast Response Time: Offers response times under 10 nanoseconds, critical for high-speed optical communication and sensing systems.
• Compact TO-46 Package: Facilitates easy integration into space-constrained designs while ensuring robust environmental protection.

AEDR-8600-102 Advantages vs Typical Alternatives

This photodiode stands out with its low dark current and fast response, providing superior sensitivity and speed compared to many standard devices. Its compact metal can package enhances durability without compromising integration ease. These attributes translate to more reliable measurements and efficient system performance in demanding optical applications, making the device a preferred choice over typical photodiodes.

Typical Applications

• Optical communication systems requiring fast and accurate light detection for data transmission and reception.
• Industrial sensors that monitor light intensity or detect changes in illumination with high precision.
• Medical instrumentation where sensitive photodetection is essential for diagnostic equipment.
• Scientific research setups involving spectroscopy or photometric measurements in the visible to near-infrared range.

AEDR-8600-102 Brand Info

The AEDR-8600-102 is produced by a leading manufacturer committed to providing precision optoelectronic components. This product exemplifies the brand’s focus on delivering reliable, high-performance photodiodes tailored for industrial and scientific markets. With stringent quality control and extensive application support, the device is engineered to meet the needs of engineers and procurement professionals seeking dependable optical detection solutions.

FAQ

What is the typical dark current of this photodiode and why is it important?

The typical dark current for this device is ?? 2 nA at 10 V reverse bias. Low dark current is crucial because it reduces noise in the signal, allowing for more accurate light detection, especially in low-light or high-precision applications.

What wavelength range does the photodiode cover?

The spectral response extends from 400 nm to 1100 nm, covering both visible and near-infrared light. This wide range makes it suitable for diverse applications including optical communications and sensing.

How does the response time affect application performance?

A response time of less than 10 ns allows the photodiode to detect rapid changes in light intensity. This fast switching capability is essential for high-speed data transmission and precise timing in measurement systems.

What are the mechanical packaging details of this photodiode?

The device is housed in a TO-46 metal can package, providing mechanical robustness and environmental protection while maintaining a compact footprint for easy integration into various assemblies.

Can this photodiode be used in low-light conditions?

Yes, the photodiode’s low dark current and high sensitivity to near-infrared and visible wavelengths make it well-suited for low-light applications, ensuring reliable signal detection even with minimal illumination.