IXYS Rectifier Bridges Agent
As an official authorized IXYS agent, we provide the complete range of IXYS rectifier bridges and diodes with technical expertise and competitive pricing. Our portfolio includes standard rectifiers, bridge rectifiers, and fast recovery diodes for power conversion applications.
IXYS Rectifier Bridges Overview
IXYS rectifier bridges and diodes provide reliable solutions for power conversion applications. Our products feature high efficiency, low forward voltage drops, and robust construction designed for demanding industrial environments. These components are essential for converting AC to DC in power supplies, motor drives, and renewable energy systems.
Our range includes standard rectifiers, full-wave bridge rectifiers, and fast recovery diodes with various voltage and current ratings. All products undergo rigorous quality control to ensure consistent performance and long-term reliability in critical applications.
Selection Guide
Choosing the right rectifier for your application? Read our comprehensive rectifier selection guide to understand key parameters like VRRM, IF(AV), VF, and reverse recovery characteristics.
FAE Technical Insight
"IXYS rectifier bridges are known for their low thermal resistance and high surge capability. For high-frequency applications, consider fast recovery diodes to minimize switching losses. For industrial applications, ensure the derating curve matches your operating temperature requirements." - Senior FAE, Power Electronics Team
Key IXYS Rectifier Series
Standard Rectifiers
General purpose silicon rectifiers
- Low forward voltage drop
- High surge capability
- Voltage range: 50V-1200V
Bridge Rectifiers
Integrated full-wave rectification
- Four-diode configuration
- Low thermal resistance
- Voltage range: 50V-1000V
Fast Recovery
Diodes optimized for high-frequency operation
- Low reverse recovery time
- Minimized switching losses
- Optimized for SMPS
Popular IXYS Rectifier Models
| Model | Series | VRRM | IF(AV) | VF | Package | Applications | Actions |
|---|---|---|---|---|---|---|---|
| IXD15N100 | Standard Rectifier | 1000V | 15A | 1.2V | TO-220 | Power Supplies | View Quote |
| KBU810 | Bridge Rectifier | 800V | 1.5A | 1.1V | Bridge | Small Power Supplies | View Quote |
| IXFH25N120 | Fast Recovery | 1200V | 25A | 1.3V | TO-247 | SMPS | View Quote |
| IXD8N200 | Standard Rectifier | 2000V | 8A | 1.3V | TO-220 | High Voltage Supplies | View Quote |
| GBU6K | Bridge Rectifier | 1000V | 6A | 1.1V | Bridge | AC-DC Converters | View Quote |
Alternative Parts & Compatible Components
Looking for equivalent or compatible components? Our FAE team recommends these alternatives for specific applications:
- For high-efficiency applications: Fast recovery diodes reduce switching losses
- For space-constrained designs: Bridge rectifiers integrate four diodes in one package
- For high-temperature operation: Consider derating curves for your operating conditions
Frequently Asked Questions
What's the difference between a rectifier and a fast recovery diode?
Standard rectifiers are optimized for low forward voltage drop in 50/60Hz applications. Fast recovery diodes have much shorter reverse recovery time, making them suitable for high-frequency switching applications.
How do I calculate the power dissipation for a rectifier?
Power dissipation ≈ VF x IF(AV). For more accurate calculations, consider switching losses in high-frequency applications and thermal derating based on operating temperature.
What is reverse recovery time (trr)?
Reverse recovery time is the time required for a diode to transition from forward conduction to blocking state. Fast recovery diodes have shorter trr values, reducing switching losses in high-frequency applications.