The SDZ5V6 is a surface-mount Zener diode produced by AUK Corp. It is engineered to offer precise voltage regulation and robust transient voltage protection for a broad spectrum of electronic applications. Its key attributes encompass a compact form factor, minimal leakage current, and an exceptional surge current handling capacity. These features make it well-suited for safeguarding delicate circuit elements against voltage surges and overvoltage scenarios.

Applications

• Precision voltage regulation in consumer electronics
• Transient suppression in portable devices
• Overvoltage clamping in power management circuits
• Signal protection in communication equipment
• Safeguarding sensitive components in industrial automation systems

Features

• Compact surface-mount package for streamlined PCB integration
• Low leakage current optimizes energy efficiency
• High surge current withstand capability ensures dependable protection
• Accurate Zener voltage facilitates precise regulation
• Compliant with RoHS standards for environmental safety

Benefits

• Shields sensitive components from potential overvoltage-induced damage
• Maintains stable voltage levels in critical electronic circuits
• Extends the operational lifespan and enhances the reliability of electronic devices
• Minimizes the likelihood of equipment malfunctions arising from voltage transients
• Simplifies circuit design and reduces the number of required components

Additional Details

The SDZ5V6 features a Zener voltage of 5.6V with a tolerance typically around ±5%. It can dissipate a maximum power of approximately 200mW. Its operational temperature range typically spans from -55°C to +150°C. This diode finds widespread use in applications where space is constrained, yet dependable voltage regulation is essential. It adheres to industry standards for surface-mount components, ensuring seamless integration with automated assembly processes.

This device is typically available in a SOD-323 package. To guarantee appropriate implementation in a specific circuit design, consulting the manufacturer's datasheet for exhaustive specifications and application guidance is imperative. This includes examining derating curves for power dissipation at elevated temperatures and understanding the influence of reverse leakage current on the overall circuit performance.