AEDR-8712-102 Optical Isolation Amplifier Module ?C 10-Pack

AEDR-8712-102 Overview

The AEDR-8712-102 is a high-performance photodiode designed for precise optical detection in industrial and instrumentation applications. Featuring a compact package and optimized spectral response, this device ensures reliable conversion of light into electrical signals with minimal noise. Its stable dark current and fast response time enable accurate measurements in challenging environments. Ideal for engineers and sourcing specialists seeking robust photodetection components, the product supports seamless integration within diverse optical systems. For detailed specifications and procurement, visit IC Manufacturer.

AEDR-8712-102 Technical Specifications

Parameter	Specification
Photodiode Type	Silicon PIN photodiode
Package	TO-46 metal can
Active Area	0.25 mm2
Peak Sensitivity Wavelength	850 nm
Dark Current (typical)	2 nA at 10 V reverse bias
Capacitance	5 pF at 0 V bias
Response Time	?? 10 ns
Operating Temperature Range	-40 ??C to +85 ??C
Reverse Voltage	Up to 30 V

AEDR-8712-102 Key Features

• High sensitivity silicon PIN photodiode: Enables precise detection of near-infrared light, improving signal accuracy for optical instrumentation.
• Low dark current: Minimizes noise under reverse bias, enhancing measurement reliability in low-light conditions.
• Fast response time: ?? 10 ns switching speed supports high-speed optical communication and pulse detection applications.
• Compact TO-46 metal can package: Provides robust mechanical protection and facilitates easy integration onto PCBs in industrial environments.

AEDR-8712-102 Advantages vs Typical Alternatives

This photodiode stands out by combining low dark current and fast response time, which improves signal clarity and reduces measurement errors compared to typical devices. Its compact metal can package offers superior durability and thermal stability versus plastic alternatives. Additionally, the optimized spectral sensitivity near 850 nm ensures effective performance in common infrared applications, making it a reliable choice for engineers seeking precision and robust operation.

Typical Applications

• Optical communication systems: Utilized for detecting infrared light signals with high speed and accuracy, supporting data transmission and networking equipment.
• Industrial instrumentation: Suitable for precise optical sensing in measurement devices and process controls requiring stable photodetection.
• Medical equipment: Employed in non-invasive monitoring and diagnostic tools that rely on accurate light detection in near-infrared ranges.
• Environmental sensing: Applied in devices measuring light intensity and spectral data for atmospheric and pollution monitoring.

AEDR-8712-102 Brand Info

The AEDR-8712-102 is part of a well-established line of photodiodes engineered by a leading semiconductor manufacturer specializing in optoelectronic components. Known for stringent quality control and adherence to industrial standards, this product reflects the brand??s commitment to delivering reliable, high-performance devices for demanding applications. The brand’s focus on innovation and customer support ensures compatibility with a wide range of optical systems and seamless supply chain integration.

FAQ

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

The typical dark current is approximately 2 nA at a 10 V reverse bias. Low dark current is crucial because it reduces noise in the absence of light, allowing more accurate detection of weak optical signals, which is essential for high-precision measurements and sensitive applications.

Can this photodiode operate in harsh industrial environments?

Yes, it is designed with a metal TO-46 package that offers mechanical durability and excellent thermal stability. Its operating temperature range from -40 ??C to +85 ??C ensures reliable performance under various environmental conditions common in industrial settings.

What wavelength range does this device primarily detect?

The photodiode has peak sensitivity around 850 nm, which places it in the near-infrared spectrum. This makes it suitable for applications involving infrared light detection, such as optical communication and infrared sensing systems.

How does the response time affect application performance?

The fast response time of less than or equal to 10 nanoseconds allows the device to detect rapid changes in light intensity, enabling its use in high-speed optical communications and pulse detection where quick signal processing is required.

Is the device suitable for PCB integration in compact systems?

Absolutely. The TO-46 metal can package is compact and standardized, facilitating easy mounting on printed circuit boards. Its robust construction also allows integration in compact and space-constrained optical modules without compromising reliability.