ADL-83Z51TL

Introducing the highly efficient ADL-83Z51TL, a premium laser diode specifically engineered for various applications requiring precise infrared emissions. This versatile diode operates within a wavelength range of 820 to 840 nm, making it ideal for tasks ranging from telecommunications to industrial uses. With a power output of 150 mW, the ADL-83Z51TL ensures robust performance, fully catering to the demands of modern technological requirements.

Specifications of the ADL-83Z51TL

• Wavelength: 820 to 840 nm
• Power Output: 150 mW
• Package Type: Through-Hole THT
• Forward Voltage: 2.2 to 2.5 VDC
• Type: Infrared Laser Diode

Key Features of the ADL-83Z51TL

The ADL-83Z51TL is designed with superior technology, combining reliable performance with outstanding specifications:

High Power Output

With a maximum output power of 150 mW, the ADL-83Z51TL delivers exceptional brightness and efficiency. This output makes it suitable for applications that require significant laser intensity, including laser scanning and sensor technologies.

Precise Wavelength Range

Operating within the 820 to 840 nm wavelength range, this laser diode excels in a variety of applications. The infrared spectrum utilized here is perfect for data communication systems, such as fiber optics, making it an integral component for manufacturers aiming to deliver cutting-edge technology.

Durable and Reliable Design

Constructed for through-hole technology (THT), the ADL-83Z51TL offers ease of installation and reliable long-term operation. Its robust design ensures that it performs efficiently even in the most demanding environments, thus reducing maintenance costs and downtime.

Optimal Forward Voltage

Operating at a forward voltage of 2.2 to 2.5 VDC, the ADL-83Z51TL provides optimal efficiency without excessive power consumption. This aspect is significant for developers looking to integrate this laser diode into battery-operated devices or energy-efficient systems.

Applications of the ADL-83Z51TL

The versatility of the ADL-83Z51TL makes it suitable for a wide array of applications:

• Telecommunications: The diode’s infrared capabilities make it an excellent choice for data transmission in optical fibers.
• Security Systems: Used in infrared cameras and sensors for motion detection and surveillance systems.
• Medical Devices: Integral in various diagnostic equipment where precision laser technology is essential.
• Industrial Manufacturing: Implemented in laser cutting and marking systems due to its powerful output.

Technical Considerations

While the ADL-83Z51TL is designed for high performance, several key technical considerations should be kept in mind when integrating it into your projects:

Thermal Management

Managing the thermal output is critical for the longevity and reliability of the ADL-83Z51TL. Adequate heat sinking and thermal design can prevent overheating, ensuring that the diode operates within its specified limits.

Electrical Characteristics

Ensure that the power supply meets the required voltage specifications of 2.2 to 2.5 VDC. A stable power supply is crucial as fluctuations can lead to degraded performance or damage to the diode.

Mounting and Implementation

Being designed for through-hole technology, the ADL-83Z51TL can be easily mounted onto printed circuit boards (PCBs). Proper soldering techniques should be applied to maintain the integrity of the connection and avoid damage to the components.

Conclusion

The ADL-83Z51TL laser diode is a powerhouse of technology, providing high power output, precise wavelength emissions, and versatility for an impressive range of applications. Its integration into modern systems can enhance performance, reliability, and connectivity in telecommunications, medical devices, and security solutions. Invest in the ADL-83Z51TL to experience unparalleled technological advancements in your projects, assuring connectivity and efficiency like never before.

If you are looking for a diode that combines efficiency, durability, and stellar performance, the ADL-83Z51TL stands out as a top choice. Consider adding it to your next project today!

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