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Bare Die Silicon Carbide MOSFETs

With industry-leading low specific on-resistance over temperature, Wolfspeed’s broad portfolio of Bare Die MOSFETs enables a system-level customization and efficiency to maximize power density. Wolfspeed offers one of the broadest Silicon Carbide (SiC) power die product portfolios in the industry in terms of die layout and metallurgy for optimized module assembly. We continue to lead in Silicon Carbide with Wolfspeed's first automotive qualified Gen 3 family of Bare Die Silicon Carbide (SiC) MOSFETs providing the highest figures of merit in the most demanding applications. As a vertically integrated Silicon Carbide leader for the past 30 years, Wolfspeed provides advanced design, extensive qualification, screening and parametric characterization resulting in the most reliable and robust devices on the market.
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Products

Bare Die Silicon Carbide MOSFETs

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Bare Die Silicon Carbide MOSFETs

Product SKU
Buy Online
Data Sheet
Blocking Voltage
RDS(ON) at 25°C
Current Rating
Gate Charge Total
Output Capacitance
Reverse Recovery Charge (Qrr)
Reverse Recovery Time (Trr)
Maximum Junction Temperature
Generation
Status
Qualification
CPM3-0650-0015A
650 V
15 mΩ
120 A
190 nC
290 pF
510 nC
22 ns
175 °C
Gen 3
Active
Industrial
650 V
45 mΩ
49 A
63 nC
100 pF
247 nC
13 ns
175 °C
Gen 3
Active
Industrial
650 V
60 mΩ
37 A
46 nC
80 pF
151 nC
11 ns
175 °C
Gen 3
Active
Industrial
750 V
10 mΩ
178 A
267 nC
340 pF
737 nC
25 ns
175 °C
Gen 3+
Active
Automotive
900 V
10 mΩ
194 A
210 nC
360 pF
1300 nC
36 ns
175 °C
Gen 3
Active
Industrial
900 V
30 mΩ
66 A
87 nC
137 pF
545 nC
62 ns
175 °C
Gen 3
Active
Industrial
900 V
65 mΩ
32 A
33 nC
70 pF
220 nC
22 ns
175 °C
Gen 3
Active
Industrial
1200 V
13 mΩ
160 A
265 nC
226 pF
1259 nC
34 ns
175 °C
Gen 3+
Active
Automotive
1200 V
13 mΩ
149 A
260 nC
284 pF
1800 nC
43 ns
175 °C
Gen 3
Active
Industrial
1200 V
14 mΩ
149 A
255 nC
200 pF
1068 nC
31 ns
175 °C
Gen 3+
Active
Automotive
EPM3-1200-R015D
New
1200 V
15 mΩ
148 A
238 nC
200 pF
1388 nC
34 ns
175 °C
Gen 3+
Active
Automotive
1200 V
16 mΩ
112 A
227 nC
230 pF
1238 nC
30 ns
175 °C
Gen 3
Active
Industrial
1200 V
17 mΩ
134 A
207 nC
221 pF
1242 nC
53 ns
175 °C
Gen 3
Active
Automotive
1200 V
17 mΩ
134 A
200 nC
220 pF
1100 nC
52 ns
175 °C
Gen 3
Active
Automotive
1200 V
21 mΩ
100 A
162 nC
180 pF
928 nC
34 ns
175 °C
Gen 3
Active
Industrial
1200 V
25 mΩ
81 A
161 nC
235 pF
406 nC
45 ns
175 °C
Gen 2
NRND
Industrial
1200 V
26 mΩ
90 A
136 nC
110 pF
590 nC
56 ns
175 °C
Gen 4
Active
Industrial
1200 V
32 mΩ
63 A
118 nC
130 pF
478 nC
27 ns
175 °C
Gen 3
Active
Industrial
1200 V
40 mΩ
60 A
131 nC
157 pF
964 nC
63 ns
175 °C
Gen 2
NRND
Industrial
1200 V
42 mΩ
55 A
93 nC
85 pF
496 nC
24 ns
175 °C
Gen 4
Active
Industrial
1200 V
75 mΩ
30 A
54 nC
58 pF
109 nC
25 ns
175 °C
Gen 3
Active
Industrial
1200 V
80 mΩ
36 A
71 nC
92 pF
152 nC
24 ns
175 °C
Gen 2
NRND
Industrial
1200 V
160 mΩ
17 A
38 nC
39 pF
194 nC
34 ns
150 °C
Gen 3
Active
Industrial
1700 V
17.5 mΩ
120 A
249 nC
188 pF
2557 nC
43 ns
175 °C
Gen 3
Active
Industrial
3300 V
53 mΩ
52 A
255 nC
140 pF
2.5 nC
124 ns
175 °C
Gen 3
Active
Industrial

Documents, Tools & Support

Documents

Document Type
Document Name
Last Updated
Application Notes
04/2024
Application Notes
11/2023
Application Notes
08/2023
Application Notes
05/2023
Application Notes
01/2023
Application Notes
09/2022
Application Notes
02/2022
Application Notes
11/2021
Sales Terms
12/2021
Technical SupportPower Applications Forum

Knowledge Center

Design Resources

Simulate Designing Industrial Motor Drives with SiC using SpeedFit™ Design Simulator

Use the SpeedFit™ Design Simulator to design smaller and quieter industrial motor drive systems including industrial low voltage motor drives, servo drives, and compressors for heat pumps and air conditioners.
View Now  Videos

Low Load Efficiency Simulations with Silicon Carbide

Power electronics devices are almost never working at maximum of their capabilities because of safety, reliability but even application mission profile. Our experts will demonstrate how Wolfspeed's free SpeedFit simulation tool is the perfect starting point before moving to accurate LTSpice simulations.
Register Now  Webinars

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