Description

Specifications Table

Product Material – Silicon

Grade – Industrial/Commercial

Application – Voltage regulation, overvoltage protection, reference voltage

Product Overview

The 8.2V Zener diode is a precision semiconductor device designed to maintain a constant voltage across its terminals when operated in reverse bias. Engineered with high-quality silicon material, this diode ensures reliable performance in voltage regulation, overvoltage protection, and reference voltage applications. Its robust construction guarantees stability even under varying load conditions, making it a preferred choice for electronics projects requiring consistent voltage levels. The diode’s low leakage current and sharp breakdown characteristics ensure minimal power dissipation while maintaining accuracy. Whether used in power supplies, signal processing circuits, or protective clamping applications, this 8.2V Zener diode delivers dependable performance with a long operational lifespan. Its compact design allows for easy integration into PCBs and breadboard setups, while its industrial-grade quality ensures durability in lab environments. Ideal for both beginners and professionals, this component is a versatile solution for precise voltage control in experimental and practical applications.

FAQs

1. What is the typical forward voltage drop of this Zener diode?

The forward voltage drop for this 8.2V Zener diode is approximately 0.7V, similar to standard silicon diodes.

2. Can this diode handle high-frequency switching applications?

While primarily designed for voltage regulation, this Zener diode can operate in moderate-frequency circuits but may not be ideal for ultra-high-frequency switching due to junction capacitance.

3. What is the maximum power dissipation rating for this component?

The power dissipation depends on the package type, but standard 8.2V Zener diodes typically handle 500mW to 1W under proper heat sinking conditions.

4. Are there any precautions for soldering this diode?

Avoid excessive heat during soldering as it may damage the junction. Use a low-wattage soldering iron and heat sinks if necessary to prevent thermal stress.

5. How does temperature affect the Zener voltage?

The Zener voltage has a temperature coefficient (positive or negative depending on the breakdown mechanism), typically around 0.05%/°C for this voltage range, which may require compensation in precision circuits.