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BCR 199L3 E6327 Overview

The BCR 199L3 E6327 is a high-precision silicon phototransistor designed for reliable light detection in industrial and consumer applications. It features a compact package size and optimized spectral sensitivity, making it suitable for accurate optical sensing in various environments. The device offers consistent performance with low dark current and high gain, enhancing signal integrity in optical systems. Its robust construction ensures stable operation over a wide temperature range. Engineers and sourcing specialists will find the BCR 199L3 E6327 an ideal component for integrating into optical switches, light measurement instruments, and automated control systems. For detailed technical and application support, visit IC Manufacturer.

BCR 199L3 E6327 Technical Specifications

BCR 199L3 E6327 Key Features

• High spectral sensitivity at 730 nm: Enables efficient detection of near-infrared light, improving accuracy in optical sensor applications.
• Low dark current: Minimizes noise for enhanced signal clarity in low-light conditions.
• Compact TO-18 metal can package: Supports easy integration into space-constrained designs while providing mechanical robustness.
• Fast response time (~4 ??s): Facilitates rapid signal processing for real-time optical sensing and control.

Typical Applications

• Optical switches and light barrier systems where precise light detection ensures reliable operation and safety in automation processes.
• Light intensity measurement instruments requiring stable and accurate phototransistor response.
• Position and proximity sensors benefiting from the device’s fast response and high sensitivity in various industrial environments.
• Consumer electronics for ambient light sensing to optimize display brightness and power consumption.

BCR 199L3 E6327 Advantages vs Typical Alternatives

This phototransistor stands out with its superior sensitivity to near-infrared light and low dark current, providing enhanced accuracy over standard phototransistors. Its robust TO-18 metal can package offers improved durability and temperature stability compared to plastic-encapsulated alternatives. Additionally, the fast response time makes it suitable for dynamic measurement tasks, delivering better performance in demanding industrial and consumer applications.

BCR 199L3 E6327 Brand Info

The BCR 199L3 E6327 is a product manufactured by ams OSRAM, a leading global supplier of high-quality photonic components. Known for their innovation in optoelectronics, ams OSRAM delivers reliable and precision phototransistor devices that support advanced sensing applications. The BCR 199L3 E6327 is part of their comprehensive portfolio designed to meet stringent industrial and consumer requirements, combining superior spectral response with mechanical robustness.

FAQ

What is the peak wavelength sensitivity of the BCR 199L3 E6327?

The device exhibits peak spectral sensitivity at approximately 730 nm, which corresponds to the near-infrared region. This makes it well suited for applications involving infrared light detection and optical communication systems.

What package type does this phototransistor use?

It is housed in a TO-18 metal can package, providing mechanical strength and good thermal dissipation. This package format also facilitates integration into compact optical sensing modules.

What is the typical response time of this phototransistor?

The typical response time is around 4 microseconds, enabling the device to quickly react to changes in light intensity. This feature is critical for applications requiring real-time optical detection.

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