4N26

Introducing the advanced 4N26 optocoupler, meticulously designed to meet the demands of modern electronic applications. This optoelectronic component offers high-performance isolation and is crucial for ensuring safety and reliability across various circuits. Its robust features make it perfect for those seeking to enhance their designs with improved functionality and performance.

Key Features of the 4N26 Optocoupler

The 4N26 optocoupler is fabricated with precision to deliver exceptional performance in diverse conditions. Below are the key specifications that set this component apart in the marketplace:

• Type: Through-Hole Technology (THT)
• Channel Count: 1
• Output: Transistor
• Insulation Voltage (Uinsul): 1.5 kV
• Collector-Emitter Voltage (Uce): 30 V

Technical Specifications

Insulation Voltage

The 4N26 optocoupler offers an impressive insulation voltage of 1.5 kV, allowing it to efficiently separate different voltage domains within your devices. This feature significantly enhances safety by preventing high voltages from impacting sensitive components and user interfaces.

Collector-Emitter Voltage

With a collector-emitter voltage rating of 30 V, the 4N26 is well-suited for low to medium-power applications. Its design ensures effective operation in various conditions while minimizing failures, thus optimizing circuit reliability.

Applications of the 4N26

The versatility of the 4N26 optocoupler opens up numerous applications across different industries and projects. Here are some common uses:

• Data Communication Systems
• Switching Power Supplies
• Microcontroller Interfacing
• Signal Isolation in Automation
• Control Systems and Robotics

Why Choose the 4N26 Optocoupler?

When selecting an optocoupler for your design, consider the unique advantages of the 4N26. Here are compelling reasons to choose this optocoupler:

• High Isolation: The significant insulation voltage guarantees secure isolation, making it ideal for critical applications.
• Compact and Efficient: Built with through-hole technology, the 4N26 integrates seamlessly into various circuit designs without consuming excessive space.
• Reliability: The dependable performance of this optocoupler under diverse conditions reduces maintenance and replacement costs.
• Cost-effective: With a competitive pricing model, the 4N26 provides an outstanding balance between quality and affordability.

Technical Performance

At its core, the 4N26 optocoupler is engineered for superior technical performance. Its design facilitates efficient signal transmission while maintaining high levels of isolation between input and output. The included transistor ensures rapid response times, enabling effective switching capabilities for various applications.

Operating Conditions

The 4N26 is designed to operate seamlessly in diverse environmental conditions, making it suitable for numerous applications. Its encapsulated technology provides durability, ensuring long-lasting performance amid temperature variations and mechanical stress.

Installation Guidelines

Installing the 4N26 optocoupler is straightforward, particularly for those experienced with THT components. Follow these guidelines for proper installation:

• Ensure Correct Polarity: Double-check the polarity before soldering to the PCB.
• Check Soldering Temperature: Use the recommended soldering temperature to prevent damage to the optocoupler.
• Space for Heat Dissipation: Leave adequate space around the optocoupler for heat dissipation during operation.

Conclusion

In summary, the 4N26 optocoupler is an exemplary choice for designers and engineers seeking a reliable, versatile, and high-performance isolation solution. With its exceptional features and extensive range of applications, the 4N26 stands out as a vital component in many modern electronic designs. Upgrade your projects with the 4N26 and discover the true benefits of optocoupler technology! For more information on related products, visit our Optocouplers category page.