BCR 108T E6327 Panasonic Battery Charger Pack ?C Compact Charging Solution

BCR 108T E6327 Overview

The BCR 108T E6327 is a high-performance phototransistor designed for precise light detection and switching applications. Its robust construction and optimized spectral response make it ideal for industrial and consumer electronic systems requiring reliable optical sensing. Featuring a compact package and low dark current, it ensures efficient operation with minimal power consumption. This device supports various automation, counting, and position sensing tasks, contributing to enhanced system accuracy and responsiveness. For detailed technical support and sourcing, visit IC-Hersteller.

BCR 108T E6327 Technical Specifications

Parameter	Spezifikation
Typ	Fototransistor
Peak Wavelength Sensitivity	890 nm
Kollektor-Emitter-Spannung (VCEO)	30 V
Kollektorstrom (IC)	5 mA (max)
Dunkler Strom (ICEO)	?? 100 nA
Anstiegszeit	15 ??s
Fall Time	25 ??s
Paket Typ	TO-18 Metalldose
Betriebstemperaturbereich	-40 ??C bis +85 ??C

BCR 108T E6327 Key Features

• High sensitivity to near-infrared light: Enables accurate detection in low-light conditions, improving performance in optical sensing circuits.
• Niedriger Dunkelstrom: Minimizes false triggering and power loss, crucial for energy-efficient designs in industrial automation.
• Fast switching times: Rise and fall times of 15 ??s and 25 ??s respectively allow for responsive signal processing and real-time applications.
• Robust TO-18 package: Ensures durability and effective thermal dissipation, enhancing device reliability in harsh environments.

Typische Anwendungen

• Optical encoders and position sensors in industrial machinery, providing precise feedback for motion control systems.
• Light barriers and safety interlocks, detecting object presence or absence to enhance operational safety.
• Remote control receivers requiring near-infrared detection for consumer electronics and automation.
• Counting and monitoring systems in packaging and assembly lines where reliable light detection is essential.

BCR 108T E6327 Advantages vs Typical Alternatives

This phototransistor offers superior sensitivity and low noise performance compared to standard devices, resulting in more accurate light detection with reduced power consumption. Its fast switching speeds and robust packaging increase system reliability and integration ease. The device??s low dark current and wide operating temperature range further enhance its suitability for demanding industrial environments, making it a preferred choice over generic phototransistors.

BCR 108T E6327 Brand Info

The BCR 108T E6327 is a product from a well-established semiconductor manufacturer specializing in optoelectronic components. Known for producing reliable and precise phototransistors, the brand supports a wide range of industrial and consumer applications. This particular model is part of their portfolio focusing on infrared-sensitive devices optimized for durability and performance. Customers benefit from the brand??s global distribution network and technical support resources, ensuring seamless integration and supply continuity.

FAQ

What is the typical spectral response of this phototransistor?

The device exhibits peak sensitivity around 890 nm, making it highly effective for near-infrared light detection. This characteristic suits applications such as remote controls and optical encoders that operate within this wavelength range.

Can this phototransistor operate reliably in harsh environments?

Yes, the BCR 108T E6327 has an operating temperature range from -40 ??C to +85 ??C and is housed in a TO-18 metal can package, providing excellent mechanical robustness and thermal stability for industrial use.

How does the device??s low dark current benefit system design?

Low dark current reduces unwanted leakage currents when there is no light, minimizing false signals and power wastage. This enhances the accuracy and energy efficiency of light detection circuits.

What are the typical switching speeds of the BCR 108T E6327?

The phototransistor features rise and fall times of approximately 15 ??s and