Manufacturer Part Number
APT40DC120HJ
Manufacturer
microsemi
Introduction
The APT40DC120HJ is a state-of-the-art silicon carbide Schottky diode designed for high-efficiency and high-performance power conversion and rectification.
Product Features and Performance
Utilizes Silicon Carbide Schottky technology
Offers high voltage capability up to 1.2 kV
Supports average rectified current of 40 A
Features a low forward voltage drop of 1.8 V at 40 A
Low reverse leakage current of 800 µA at 1200 V
Operates over a wide temperature range: -55°C to 175°C
Product Advantages
High efficiency due to low forward voltage and low leakage current
Robust high-temperature performance
Reduced cooling requirements
High reliability and longer lifespan
Enhanced thermal performance with chassis mount
Key Technical Parameters
Peak Reverse Voltage (Max): 1.2 kV
Average Rectified Current (Io): 40 A
Forward Voltage (Max) @ If: 1.8 V @ 40 A
Reverse Leakage Current @ Vr: 800 µA @ 1200 V
Operating Temperature: -55°C to 175°C
Quality and Safety Features
Manufactured in compliance with stringent industry standards
Rugged construction ensures durability
Enhanced safety through high voltage capability and stable operation
Compatibility
Compatible with a wide range of high-voltage power applications
Mountable on chassis for flexible integration
Application Areas
Power supply units
High-efficiency converters
Power factor correction circuits
Renewable energy systems
Automotive applications
Industrial power systems
Product Lifecycle
Active status, ensuring product availability
Not nearing discontinuation, with support and replacements readily available
Several Key Reasons to Choose This Product
High-efficiency operation reduces energy loss and operating costs
Durable and reliable even under extreme conditions
Wide operational temperature range supports use in varied environments
Silicon Carbide technology enhances performance compared to traditional silicon devices
Supports green energy applications through improved efficiency and performance
Versatile compatibility and easy integration into existing system designs