UF5M 5A 1000V ULTRA FAST DIODE SMC

UF5M 5A 1000V ULTRA FAST DIODE SMC

The UF5M 5A 1000V diode is a high-speed ultra-fast recovery diode designed for solar inverters, power supplies, and industrial rectification applications. With its SMC package ultra-fast diode design, it ensures efficient power conversion and low-loss performance, making it ideal for high-voltage DC circuits. This 5A 1000V rectifier diode features low forward voltage drop, enabling faster switching speeds and improved thermal stability.

FEATURES:

• Glass Passivated Die Construction
• Ideally suited for Automatic Assembly
• Low Forward Voltage Drop, High Efficiency
• Low Power Loss
• Ultra-Fast Recovery Time
• Plastic Case Material has UL Flammability

Key Features:

• UF5M 5A 1000V Diode – Reliable and high-efficiency power rectification
• Ultra-Fast 5A 1000V Diode – Reduces switching losses for improved performance
• SMC Package Ultra-Fast Diode – Compact and durable for space-saving installations
• UF5M Diode Specifications – Ideal for inverters, chargers, and DC power circuits
• 5A 1000V Rectifier Diode – High-power handling capability for solar applications
• Ultra-Fast Recovery 1000V Diode – Rapid switching reduces energy losses
• SMC Ultra-Fast Recovery Diode – Enhances efficiency in high-frequency circuits
• High-Voltage 5A Ultra-Fast Diode – Designed for stable operation in demanding conditions
• UF5M SMC Diode Datasheet – Compliant with industry standards for performance and durability
• Surface-Mount 1000V Ultra-Fast Diode – Easy PCB integration for modern electronic designs
• UF5M Rectifier Diode – Ideal for solar inverters and high-frequency rectifiers
• 5A 1000V Schottky Diode – Provides low forward voltage drop for minimal power loss
• UF5M Fast Recovery Diode – Supports high-speed rectification for switching applications

Perfect for solar inverters, power supplies, and energy-efficient circuits, the UF5M 5A 1000V ultra-fast diode provides fast switching, low energy loss, and superior heat dissipation. Upgrade your solar power system with this high-performance rectifier diode today