10/Pcs L14g1 Optical Sensor Phototransistor L14g1 To-18 With Direct Insertion Wavelength Of 880 Nm

Introduction

Optical sensors have been widely used in various electronic devices for decades due to their precision, sensitivity, and reliability. L14g1 Optical Sensor Phototransistor L14g1 is one such component that has gained immense popularity among engineers and technicians alike. This article aims to provide a comprehensive understanding of this phototransistor and its technical specifications.

Technical Specifications

The L14g1 Optical Sensor Phototransistor is a TO-18 package that comes with direct insertion. It has a wavelength of 880 nm and is highly sensitive to ambient or in-line light sources. Here are some of its technical specifications listed below:

Maximum Voltage - 30V
Maximum Power Dissipation - 150mW
Maximum Collector Current - 30mA
Maximum Dark Current - 100nA
Response Time - 20µs
Operating Temperature Range - -55°C to +100°C

Features and Benefits

The L14g1 Optical Sensor Phototransistor is a highly reliable component that comes with a wide range of features and benefits. Some of the major ones are listed below:

Direct insertion packaging makes it easy to use
High sensitivity to line-of-light sources
Operates over a wide range of temperatures
Compact size makes it perfect for use in small form factor devices
Low dark current and fast response time
Can be used in a variety of applications such as encoders, optical sensors, and light barriers.

Applications

The L14g1 Optical Sensor Phototransistor can be used in various applications where light detection is required. Some of these include:

Optical encoders for position sensing
IR remote control systems
Smoke detectors
Light barriers
Reflection sensors

Conclusion

The L14g1 Optical Sensor Phototransistor is a highly reliable component that is widely used in various electronic devices. Its high sensitivity to ambient or in-line light sources makes it ideal for use in applications where light detection is required. With direct insertion packaging, low dark current, and fast response time, this phototransistor has gained immense popularity among engineers and technicians alike.