功率模块：一种满足 EMI 规范的捷径
The design and geometry of power modules enable EMI modeling which empowers designers to predict and understand their system’s EMI behavior early in the design process.
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Product SKU | Buy Online | Data Sheet | Qualification | Blocking Voltage | Current Rating | Total Capacitive Charge (QC (typ)) | Tjmax | Generation |
|---|---|---|---|---|---|---|---|---|
Industrial | 600 V | 4 A | 8.5 nC | 175 °C | Gen 3 | |||
Industrial | 600 V | 3 A | 6.7 nC | 175 °C | Gen 3 | |||
Industrial | 600 V | 2 A | 4.8 nC | 175 °C | Gen 3 | |||
Industrial | 600 V | 10 A | 24 nC | 175 °C | Gen 2 | |||
Industrial | 600 V | 8 A | 21 nC | 175 °C | Gen 2 | |||
Industrial | 600 V | 6 A | 15 nC | 175 °C | Gen 2 | |||
Industrial | 650 V | 12 A | 34 nC | 175 °C | Gen 2 | |||
Industrial | 650 V | 16 A | 44.5 nC | 175 °C | Gen 2 | |||
Industrial | 650 V | 4 A | 8.5 nC | 175 °C | Gen 3 | |||
Industrial | 650 V | 10 A | 24 nC | 175 °C | Gen 2 | |||
Industrial | 650 V | 8 A | 20 nC | 175 °C | Gen 2 | |||
Industrial | 650 V | 6 A | 15 nC | 175 °C | Gen 2 | |||
Industrial | 1200 V | 50 A | 279 nC | 175 °C | Gen 6 | |||
Automotive | 1200 V | 20 A | 99 nC | 175 °C | Gen 4 | |||
Automotive | 1200 V | 10 A | 56 nC | 175 °C | Gen 4 | |||
Industrial | 1200 V | 20 A | 99 nC | 175 °C | Gen 4 | |||
Industrial | 1200 V | 15 A | 77.5 nC | 175 °C | Gen 4 | |||
Industrial | 1200 V | 10 A | 52 nC | 175 °C | Gen 4 | |||
Industrial | 1200 V | 8 A | 37 nC | 175 °C | Gen 4 | |||
Industrial | 1200 V | 5 A | 27 nC | 175 °C | Gen 4 | |||
Industrial | 1200 V | 2 A | 11 nC | 175 °C | Gen 4 | |||
Industrial | 1700 V | 5 A | 79 nC | 175 °C | Gen 6 | |||
Industrial | 1700 V | 10 A | 126 nC | 175 °C | Gen 6 | |||
Industrial | 1700 V | 25 A | 325 nC | 175 °C | Gen 6 | |||
Industrial | 1700 V | 50 A | 479 nC | 175 °C | Gen 6 |
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Documents
Document Type | Document Name | Last Updated |
|---|---|---|
| 用户指南 | 03/2023 | |
| 应用指南 | 01/2024 | |
| 应用指南 | 05/2023 | |
| 应用指南 | 09/2022 | |
| 应用指南 | 02/2022 | |
| 应用指南 | 09/2015 | |
| 销售条款 | 12/2021 |
知识中心
电动汽车快速充电系统隔离式 DC/DC 转换器的效率最大化
Designing with Silicon Carbide (SiC) for Electric Vehicle DC Fast Chargers.
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使用 SpeedFit™ 设计仿真器，对于采用碳化硅的工业电机驱动进行设计仿真
快速测试 Wolfspeed 的碳化硅功率器件，设计更高效、更小型、更安静的工业单相和三相电机驱动系统，涵盖工业低电压电机驱动、伺服驱动、热泵与空调的压缩机等。SpeedFit 提供了散热器参数的具体选择，使得您的仿真更加贴近于实际的条件和运行。
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