Industry-Leading Forward Voltage vs Temperature
Wolfspeed’s new 6th-generation (C6D) Silicon Carbide Schottky diode family offers best-in-class forward voltage drop (VF = 1.27V @ 25°C and 1.35 V @ 125°C) across the entire operating temperature range, significantly reducing conduction losses and enabling extremely high system level efficiency. Based on our industry-leading 150mm wafer technology, the C6D diode family increases power density in the most demanding power conversion applications, such as Power Factor Correction (PFC) and High Voltage DC/DC Converters.
Highest Efficiency in Real-World Applications
In high power applications like this boost converter, every fraction of a percent matters.
Instant Upgrade From 3rd Generation (C3D)
Low Forward Voltage (VF) with Improved Thermal Stability
Improved System Level Efficiency (PFC Boost Applications)
Product Details:
Wolfspeed's 6th Generation 650 V Schottky Diode Launch Family
Key Features |
|---|
Industry Leading Forward Voltage |
Best in class dVF/dT (VF = 1.27V @ 25°C and 1.35 V @ 125°C) |
Wide range of Tj (-55°C to 175°C) |
Improved Thermal Stability |
High Breakdown Voltage |
Low Leakage Current |
Zero Reverse Recovery |
Key Benefits |
|---|
Highest System Level Efficiency |
High Surge Current Capability |
High Frequency Operation |
Easy Parallel Operation |
Reduced Heat Sink Requirements |
More efficient than existing C3D |
Applications |
|---|
Server/Telecom |
UPS |
Medical |
Consumer Electronics |
PC |
Solar |
Part Number | VRRM | IF | VF (25°C) | VF (125°C) | Package options |
|---|
| 650V | 6A | 1.27V | 1.35V | TO-220-2 |
| 650V | 8A | 1.27V | 1.35V | TO-220-2 |
| 650V | 10A | 1.27V | 1.35V | TO-220-2 |
Reference Designs:
Wolfspeed's 6th Generation 650 V Schottky Diodes in Action
Click here to download full reference designs and see the benefits of C6D Diodes
For use in as a PFC Stage of Power Supply Applications:
- Evaluate and optimize the performance of Wolfspeed MOSFETs and Diodes in TO-247 and TO-220 Packages
- Analysis of the evaluation board can be done in various power conversion topologies such as: Synchronous or Asynchronous Buck and Boost converter topologies.
