Contact
中文
Home
650V Discrete Silicon Carbide Schottky Diodes

650V Discrete Silicon Carbide Schottky Diodes

650V_Discrete_SiC Schottky_Diodes_sm
650V Discrete Silicon Carbide Schottky Diodes
SpeedFit Design SimulatorLTspice & PLECS Models

Wolfspeed’s third-generation Silicon Carbide (SiC) 650V Schottky Diode technology is optimized for high-performance power electronics applications; including server power supplies; electric vehicle charging systems; energy storage systems; solar (PV) inverters; and consumer electronics.

Apply Filters
Product SKU
Buy Online
Request Sample
Data Sheet
Blocking Voltage
Current Rating
Generation
Forward Voltage(VF (type))
Maximum Continuous Current (IF)
Total Capacitive Charge (QC (typ))
Total Power Dissipation (PTOT)
Package
Qualification
Recommended For New Design?
E3D20065D
650 V
20 A
Gen 3
1.5 V
20 A
110 nC
TO-247-3
Automotive
Yes
E3D30065D
650 V
30 A
Gen 3
1.5 V
30 A
43 nC
179 W
TO-247-3
Automotive
Yes
C3D06065I
650 V
6 A
Gen 3
1.5 V
6 A
15 nC
45.5 W
TO-220 Isolated
Industrial
Yes
C3D08065I
650 V
8 A
Gen 3
1.5 V
8 A
21 nC
48 W
TO-220 Isolated
Industrial
Yes
C3D10065I
650 V
10 A
Gen 3
1.5 V
10 A
25 nC
60 W
TO-220 Isolated
Industrial
Yes
C3D16065A
650 V
16 A
Gen 3
1.5 V
16 A
44 nC
150 W
TO-220-2
Industrial
Yes
C3D30065D
650 V
30 A
Gen 3
1.5 V
30 A
44.5 nC per leg
300 W
TO-247-3
Industrial
Yes
C3D12065A
650 V
12 A
Gen 3
1.5 V
12 A
34 nC
143 W
TO-220-2
Industrial
Yes
C6D06065A
650 V
6 A
Gen 6
1.27 V
6 A
23 nC
73 W
TO-220-2
Industrial
Yes
C6D08065A
650 V
8 A
Gen 6
1.27 V
8 A
29 nC
92.6 W
TO-220-2
Industrial
Yes
C6D10065A
650 V
10 A
Gen 6
1.27 V
10 A
35 nC
109 W
TO-220-2
Industrial
Yes
C6D04065A
650 V
4 A
Gen 6
1.27 V
4 A
16 nC
73 W
TO-220-2
Industrial
Yes
C6D10065E
650 V
10 A
Gen 6
1.27 V
10 A
34 nC
99 W
TO-252-2
Industrial
Yes
C6D08065E
650 V
8 A
Gen 6
1.27 V
8 A
29 nC
85 W
TO-252-2
Industrial
Yes
C6D06065E
650 V
6 A
Gen 6
1.27 V
6 A
23 nC
68 W
TO-252-2
Industrial
Yes
C6D04065E
650 V
4 A
Gen 6
1.27 V
4 A
16 nC
52 W
TO-252-2
Industrial
Yes
C6D20065D
650 V
20 A
Gen 6
1.27 V
20 A
35 nC
116 W
TO-247-3
Industrial
Yes
C6D16065D
650 V
16 A
Gen 6
1.27 V
16 A
29 nC
100 W
TO-247-3
Industrial
Yes
C3D04065A
650 V
4 A
Gen 3
1.5 V
4 A
10 nC
52 W
TO-220-2
Industrial
Yes
C3D06065A
650 V
6 A
Gen 3
1.5 V
6 A
15 nC
88 W
TO-220-2
Industrial
Yes
C3D08065A
650 V
8 A
Gen 3
1.5 V
8 A
20 nC
107 W
TO-220-2
Industrial
Yes
C3D10065A
650 V
10 A
Gen 3
1.5 V
10 A
24 nC
136.5 W
TO-220-2
Industrial
Yes
C3D16065D
650 V
16 A
Gen 3
1.5 V per leg
16 A
21 nC per leg
200 W
TO-247-3
Industrial
Yes
C3D20065D
650 V
20 A
Gen 3
1.5 V per leg
20 A
25 nC per leg
500 W
TO-247-3
Industrial
Yes
C3D02065E
650 V
2 A
Gen 3
1.5 V
2 A
4.8 nC
39.5 W
TO-252-2
Industrial
Yes
C3D03065E
650 V
3 A
Gen 3
1.5 V
3 A
6.7 nC
53 W
TO-252-2
Industrial
Yes
C3D04065E
650 V
4 A
Gen 3
1.5 V
4 A
8.5 nC
75 W
TO-252-2
Industrial
Yes
C3D06065E
650 V
6 A
Gen 3
1.5 V
6 A
15 nC
100 W
TO-252-2
Industrial
Yes
C3D08065E
650 V
8 A
Gen 3
1.5 V
8 A
20 nC
120 W
TO-252-2
Industrial
Yes
C3D10065E
650 V
10 A
Gen 3
1.5 V
10 A
24 nC
150 W
TO-252-2
Industrial
Yes
C3D16065D1
650 V
16 A
Gen 3
1.5 V
16 A
40 nC
173 W
TO-247-3
Industrial
Yes
CVFD20065A
650 V
20 A
Gen 5
1.35 V
20 A
62 nC
187.5 W
TO-220-2
Industrial
No
C5D50065D
650 V
50 A
Gen 5
1.5 V
50 A
110 nC
300 W
TO-247-3
Industrial
No
E3D08065G
650 V
8 A
Gen 3
1.5 V
8 A
50 nC
176 W
TO-263-2
Automotive
Yes
C6D10065G
New
650 V
10 A
Gen 6
1.27 V
10 A
34 nC
108 W
TO-263-2
Industrial
Yes
C6D08065G
New
650 V
8 A
Gen 6
1.27 V
8 A
29 nC
92 W
TO-263-2
Industrial
Yes
C6D06065G
New
650 V
6 A
Gen 6
1.27 V
6 A
22 nC
73 W
TO-263-2
Industrial
Yes
Product SKU
Buy Online
Request Sample
Data Sheet
Blocking Voltage
Current Rating
Generation
Forward Voltage(VF (type))
Maximum Continuous Current (IF)
Total Capacitive Charge (QC (typ))
Total Power Dissipation (PTOT)
Package
Qualification
Recommended For New Design?
E3D20065D
650 V
20 A
Gen 3
1.5 V
20 A
110 nC
TO-247-3
Automotive
Yes
E3D30065D
650 V
30 A
Gen 3
1.5 V
30 A
43 nC
179 W
TO-247-3
Automotive
Yes
C3D06065I
650 V
6 A
Gen 3
1.5 V
6 A
15 nC
45.5 W
TO-220 Isolated
Industrial
Yes
C3D08065I
650 V
8 A
Gen 3
1.5 V
8 A
21 nC
48 W
TO-220 Isolated
Industrial
Yes
C3D10065I
650 V
10 A
Gen 3
1.5 V
10 A
25 nC
60 W
TO-220 Isolated
Industrial
Yes
C3D16065A
650 V
16 A
Gen 3
1.5 V
16 A
44 nC
150 W
TO-220-2
Industrial
Yes
C3D30065D
650 V
30 A
Gen 3
1.5 V
30 A
44.5 nC per leg
300 W
TO-247-3
Industrial
Yes
C3D12065A
650 V
12 A
Gen 3
1.5 V
12 A
34 nC
143 W
TO-220-2
Industrial
Yes
C6D06065A
650 V
6 A
Gen 6
1.27 V
6 A
23 nC
73 W
TO-220-2
Industrial
Yes
C6D08065A
650 V
8 A
Gen 6
1.27 V
8 A
29 nC
92.6 W
TO-220-2
Industrial
Yes
C6D10065A
650 V
10 A
Gen 6
1.27 V
10 A
35 nC
109 W
TO-220-2
Industrial
Yes
C6D04065A
650 V
4 A
Gen 6
1.27 V
4 A
16 nC
73 W
TO-220-2
Industrial
Yes
C6D10065E
650 V
10 A
Gen 6
1.27 V
10 A
34 nC
99 W
TO-252-2
Industrial
Yes
C6D08065E
650 V
8 A
Gen 6
1.27 V
8 A
29 nC
85 W
TO-252-2
Industrial
Yes
C6D06065E
650 V
6 A
Gen 6
1.27 V
6 A
23 nC
68 W
TO-252-2
Industrial
Yes
C6D04065E
650 V
4 A
Gen 6
1.27 V
4 A
16 nC
52 W
TO-252-2
Industrial
Yes
C6D20065D
650 V
20 A
Gen 6
1.27 V
20 A
35 nC
116 W
TO-247-3
Industrial
Yes
C6D16065D
650 V
16 A
Gen 6
1.27 V
16 A
29 nC
100 W
TO-247-3
Industrial
Yes
C3D04065A
650 V
4 A
Gen 3
1.5 V
4 A
10 nC
52 W
TO-220-2
Industrial
Yes
C3D06065A
650 V
6 A
Gen 3
1.5 V
6 A
15 nC
88 W
TO-220-2
Industrial
Yes
C3D08065A
650 V
8 A
Gen 3
1.5 V
8 A
20 nC
107 W
TO-220-2
Industrial
Yes
C3D10065A
650 V
10 A
Gen 3
1.5 V
10 A
24 nC
136.5 W
TO-220-2
Industrial
Yes
C3D16065D
650 V
16 A
Gen 3
1.5 V per leg
16 A
21 nC per leg
200 W
TO-247-3
Industrial
Yes
C3D20065D
650 V
20 A
Gen 3
1.5 V per leg
20 A
25 nC per leg
500 W
TO-247-3
Industrial
Yes
C3D02065E
650 V
2 A
Gen 3
1.5 V
2 A
4.8 nC
39.5 W
TO-252-2
Industrial
Yes
C3D03065E
650 V
3 A
Gen 3
1.5 V
3 A
6.7 nC
53 W
TO-252-2
Industrial
Yes
C3D04065E
650 V
4 A
Gen 3
1.5 V
4 A
8.5 nC
75 W
TO-252-2
Industrial
Yes
C3D06065E
650 V
6 A
Gen 3
1.5 V
6 A
15 nC
100 W
TO-252-2
Industrial
Yes
C3D08065E
650 V
8 A
Gen 3
1.5 V
8 A
20 nC
120 W
TO-252-2
Industrial
Yes
C3D10065E
650 V
10 A
Gen 3
1.5 V
10 A
24 nC
150 W
TO-252-2
Industrial
Yes
C3D16065D1
650 V
16 A
Gen 3
1.5 V
16 A
40 nC
173 W
TO-247-3
Industrial
Yes
CVFD20065A
650 V
20 A
Gen 5
1.35 V
20 A
62 nC
187.5 W
TO-220-2
Industrial
No
C5D50065D
650 V
50 A
Gen 5
1.5 V
50 A
110 nC
300 W
TO-247-3
Industrial
No
E3D08065G
650 V
8 A
Gen 3
1.5 V
8 A
50 nC
176 W
TO-263-2
Automotive
Yes
C6D10065G
New
650 V
10 A
Gen 6
1.27 V
10 A
34 nC
108 W
TO-263-2
Industrial
Yes
C6D08065G
New
650 V
8 A
Gen 6
1.27 V
8 A
29 nC
92 W
TO-263-2
Industrial
Yes
C6D06065G
New
650 V
6 A
Gen 6
1.27 V
6 A
22 nC
73 W
TO-263-2
Industrial
Yes
Features
  • Lowest forward voltage (Vf) drop over temperature in the industry
  • Zero reverse-recovery charge (Qrr) for ultra-fast switching operations
  • Robust MPS technology with high surge capability
  • High reverse-voltage blocking capability
  • Direct drop-in replacement for current silicon diodes and other silicon carbide diodes
Benefits
  • Improves System Efficiency with lower conduction loss
  • Enables high switching frequency operation
  • Improves System Level Power Density
  • Reduces System Size; Weight; and Cooling Requirements
Applications
  • Industrial Power Supplies
  • Server/Telecom
  • EV-Charging Systems
  • Energy Storage Systems (ESS)
  • Uninterruptible Power Supplies (UPS)
  • Battery Management Systems (BMS)
Apply Filters
Document Type
Document Name
Application Notes
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Technical Papers & Articles
by Zachary D. Schwartz and George E. Ponchak – A SiC Clapp oscillator fabricated on an alumina substrate with chip capacitors and spiral inductors is designed for high temperature operation at 1 GHz. The oscillator operated from 30 to 200 ºC with an output power of 21.8 dBm at 1 GHz and 200 ºC. The efficiency at 200 ºC is 15 %. The frequency variation over the temperature range is less than 0.5 %.
Sales Sheets & Flyers
Sales Terms
Sales Terms
Document Type
Document Name
Application Notes
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Data Sheets
Technical Papers & Articles
by Zachary D. Schwartz and George E. Ponchak – A SiC Clapp oscillator fabricated on an alumina substrate with chip capacitors and spiral inductors is designed for high temperature operation at 1 GHz. The oscillator operated from 30 to 200 ºC with an output power of 21.8 dBm at 1 GHz and 200 ºC. The efficiency at 200 ºC is 15 %. The frequency variation over the temperature range is less than 0.5 %.
Sales Sheets & Flyers
Sales Terms
Sales Terms
Need information?
Ready to buy?
Find a Distributor
Want to keep in touch?

Knowledge Center

med-apps-article
Power Modules

Medium power applications are the sweet spot for Wolfspeed WolfPACK power modules

With the increasing adoption of power electronics, design engineers are constantly challenged to create systems that are more efficient than the previous ones. At Wolfspeed, we understand this challenge and are consistently adding new products to our portfolio which can better address our customer’s needs. This article features Wolfspeed’s new WolfPACK power module family, the culmination of decades of investment in Silicon Carbide research and development, coupled with a baseplate-less design to give OEMs and design engineers the most choice to support use cases across a broad array of industry segments.
Continue Reading 
 Technical Articles
silicon-carbide-in-grid-tied-applications
Silicon Carbide

Silicon Carbide in Grid-Tied Applications

This whitepaper will cover the many benefits of Silicon Carbide (SiC) for Grid-Tied applications ranging from 2.2 kW to over 200 kW with Wolfspeed discrete and power module products. The presenters will perform topology analysis to demonstrate the simplifications in system implementation SiC can enable with fast, efficient switching performance compared to more complex, multi-level systems used with Si technology. Next, an overview of Wolfspeed simulation tools will demonstrate how to find the right parts to meet system needs. Finally, examples will show the audience practical examples of how to implement and get started with SiC including a 2.2 kW Totem Pole PFC and 22 kW Bi-directional active front end (AFE) with discrete devices. Utilizing Wolfspeed modules, a 25 kW Bi-directional AFE using Wolfpack modules and a 200 kW Bi-directional AFE using the XM3 module will be presented. With the topics covered, the audience will understand the advantages and capabilities Wolfspeed’s SiC family can bring to their next system design.
 Continue Reading
 White Paper
speedfit-article–image
Silicon Carbide

Modeling with SpeedFit

Wolfspeed’s SpeedFit is a powerful online simulator that allows designers to quickly evaluate different power conversion topologies and Silicon Carbide (SiC) devices. The platform is best utilized early in a design cycle to analyze design tradeoffs between different topologies, estimate semiconductor losses and junction temperatures, as well as identifying the best Silicon Carbide (SiC) MOSFETs and Silicon Carbide (SiC) diodes to use in a given design. This saves a great deal of time by reducing the need to sort through datasheets and calculate device losses to select an optimized device. The SpeedFit tool supports numerous power conversion topologies for DC-DC, AC-DC, and DC-AC to support a wide range of applications. This whitepaper will explore some of the topologies including newly added options and demonstrate how SpeedFit can be used to evaluate different device packages and paralleling options.
 Continue Reading
 White Paper
Wolfspeed Logo
FacebookTwitterLinkedInYouTube
  • Contact
  • Where to Buy
  • Document Library
  • Knowledge Center
  • News
  • Events
  • Privacy Policy
  • Terms of Use
Copyright © 2021 Wolfspeed, Inc.