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Angled product photo of the front and back of the TO-220-2 package used for Wolfspeed's Discrete Silicon Carbide MOSFETs.
Angled product photo of the front and back of the TO-220-F2 package used for Wolfspeed's Discrete Silicon Carbide MOSFETs.
Angled product photo of the front and back of the TO-247-3 package used for Wolfspeed's Discrete Silicon Carbide MOSFETs.

600 V Discrete Silicon Carbide Schottky Diodes

Wolfspeed’s family of 600 V Silicon Carbide (SiC) Schottky Diodes
Wolfspeed's 600 V Discrete Silicon Carbide (SiC) Schottky Diodes feature the MPS (Merged PiN Schottky) design which is more robust and reliable than standard Schottky barrier diodes. Pairing Wolfspeed Silicon Carbide diodes with SiC MOSFETs creates a powerful combination of higher efficiency and reduced component pricing when purchased together.

Parametric Data

600 V Discrete Silicon Carbide Schottky Diodes

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600 V Discrete Silicon Carbide Schottky Diodes - Filter By

600 V Discrete Silicon Carbide Schottky Diodes

Product SKU
Buy Online
Request Sample
Data Sheet
CAD Model
Status
Blocking Voltage
Current Rating
Forward Voltage(VF(type))
Maximum Continuous Current (IF)
Package
Qualification
CSD01060E
Active
600 V
1 A
1.6 V
1 A
TO-252-2
Industrial
CSD01060A
Active
600 V
1 A
1.6 V
1 A
TO-220-2
Industrial
C3D02060A
Active
600 V
2 A
1.5 V
2 A
TO-220-2
Industrial
C3D02060F
Active
600 V
2 A
1.5 V
2 A
TO-220-F2 Full
Industrial
C3D02060E
Active
600 V
2 A
1.5 V
2 A
TO-252-2
Industrial
C3D03060A
Active
600 V
3 A
1.5 V
3 A
TO-220-2
Industrial
C3D03060F
Active
600 V
3 A
1.5 V
3 A
TO-220-F2 Full
Industrial
C3D03060E
Active
600 V
3 A
1.5 V
3 A
TO-252-2
Industrial
C3D04060A
Active
600 V
4 A
1.5 V
4 A
TO-220-2
Industrial
C3D04060F
Active
600 V
4 A
1.5 V
4 A
TO-220-F2 Full
Industrial
C3D04060E
Active
600 V
4 A
1.5 V
4 A
TO-252-2
Industrial
C3D06060G
Active
600 V
6 A
1.5 V
6 A
TO-263-2
Industrial
C3D06060A
Active
600 V
6 A
1.5 V
6 A
TO-220-2
Industrial
C3D06060F
Active
600 V
6 A
1.5 V
6 A
TO-220-F2 Full
Industrial
C3D08060G
Active
600 V
8 A
1.5 V
8 A
TO-263-2
Industrial
C3D08060A
Active
600 V
8 A
1.5 V
8 A
TO-220-2
Industrial
C3D10060G
Active
600 V
10 A
1.5 V
10 A
TO-263-2
Industrial
C3D10060A
Active
600 V
10 A
1.5 V
10 A
TO-220-2
Industrial
C3D16060D
Active
600 V
16 A
1.5 V per leg
16 A
TO-247-3
Industrial
C3D20060D
Active
600 V
20 A
1.5 per leg
20 A
TO-247-3
Industrial

Product Details

Features
  • Low forward voltage (Vf) drop over temperature
  • Zero reverse-recovery charge for fast switching operations
  • Robust MPS technology
  • High reverse-voltage blocking capability
Benefits
  • Improves System Efficiency with lower conduction losses
  • Enables high switching frequency operation
  • Improves System Level Power Density
  • Reduces System Size; Weight; and Cooling Requirements
Typical Applications
  • Industrial Power Supplies
  • Server/Telecom
  • EV-Charging Systems
  • Energy Storage Systems (ESS)
  • Uninterruptible Power Supplies (UPS)
  • Battery Management Systems (BMS)

Tools & Support

Documents

Document Type
Document Name
Last Updated
Data Sheets
02/2024
Data Sheets
11/2023
Data Sheets
11/2023
Data Sheets
11/2023
Data Sheets
11/2023
Data Sheets
11/2023
Data Sheets
11/2023
Data Sheets
11/2023
Data Sheets
11/2023
Data Sheets
11/2023
Data Sheets
10/2023
Data Sheets
10/2023
Data Sheets
10/2023
Data Sheets
10/2023
Data Sheets
03/2023
Data Sheets
03/2023
Data Sheets
03/2023
Data Sheets
03/2023
Data Sheets
01/2023
Application Notes
12/2023
Application Notes
05/2023
Application Notes
09/2022
Application Notes
02/2022
Application Notes
09/2015
Product Catalog
05/2024
Sales Terms
This document details the production packaging details including container type, quantity, MOQ, and dimensions as well as the moisture sensitivity level (MSL) for discrete SiC Schottky Diodes and MOSFETs
04/2024
Sales Terms
12/2021

Knowledge Center

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Design Resources

Analyzing Transient Behavior Using a Double Pulse Test Simulation in LTspice

See how Wolfspeed LTspice models can make designing with silicon carbide in power electronics systems more efficient, cost-effective, and accurate. Get started optimizing your system design, without the need for physical samples or test kits.
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