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BPW 34 S

BPW 34 S

ams OSRAM
Photodiodes BPW 34 S-Z
228,808 in stock

Overview

The BPW 34 S is a high-speed silicon PIN photodiode in a surface-mount DIL plastic package designed for radiant sensitive applications. It features a wide spectral range from 400 nm to 1100 nm and is AEC-Q101 qualified for use in automotive environments. With a typical switching time of 20 ns, it is optimized for high-speed detection and light-to-current conversion.

Why Choose This Part

This photodiode offers high reliability with a Corrosion Robustness Class 3B rating and AEC-Q101 qualification. Its surface-mount DIL package supports high packing density and automated reflow soldering, while its short 20 ns response time makes it ideal for high-bandwidth applications up to 50 MHz.

Applications

Automotive Rain and Light Sensors
Utilizes AEC-Q101 qualification for reliable windshield wiper control and automatic headlight activation.
High-Speed Optical Links
Takes advantage of the 20 ns switching time and 50 MHz bandwidth for rapid data transmission over infrared paths.
Industrial Light Barriers
Provides precise detection in safety curtains and proximity sensing due to its large sensitive area and high packing density.
Electronic Equipment Control
Acts as a receiver for remote controls and light-dependent logic in consumer and industrial devices.

Getting Started

To integrate this photodiode, design a transimpedance amplifier (TIA) using a low-noise op-amp to convert the nanoampere-scale photocurrent into a usable voltage. Ensure the clear epoxy package is oriented towards the light source and use a reverse bias of up to 32V to minimize junction capacitance for maximum speed.

Also Consider

SFH 2430 ams OSRAM - An alternative with a spectral sensitivity filter that closely matches the human eye for ambient light sensing.
BPW 34 Vishay Semiconductor - The standard through-hole version of the same photodiode for breadboarding and non-SMT designs.
TEMD5010X01 Vishay Semiconductor - A high-speed PIN photodiode in a smaller SMT package for space-constrained industrial applications.