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Infineon IRFP4668PBF
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
20
specifications
Core information
- Product name
- Infineon IRFP4668PBF
- Type
- INFINEON
- Unit
- Electronic Component
- Minimum package
- 400 管
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- Electronic Component
- Electronic Component
- INFINEON
- Electronic Component
- IRFP4668PBF
- Electronic Component
- 1
- Package
- TO-247AC
- Electronic Component
- 1 N
- Type
- N
- Electronic Component
- MOSFET
- Electronic Component
- 7.28g
- Electronic Component
- 1
- Electronic Component
- BM0000285938
- Operating Temperature
- 55℃~+175℃
- Power Dissipation(Pd)
- 520W
- Electronic Component
- Electronic Component
- Electronic Component
- 400
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
IRFP4668PBF 产品概述
一、产品简介
IRFP4668PBF 是一款高性能的 N 通道 MOSFET，采用金属氧化物半导体技术，广泛应用于功率转换、开关电源、电机驱动和电源管理等领域。该器件具有较高的漏源电压（Vdss）和连续漏极电流（Id），使其能够在极端的工作条件下保持稳定的性能。
二、关键特性
漏源电压（Vdss）: 200V
- IRFP4668PBF 设计旨在承受高达 200V 的电压，因此在高压应用环境中表现卓越。
电流容量: 130A（Tc）
- 即便在较高的工作温度下，该元器件依然能够承载高达 130A 的电流，确保设备在高负载条件下也能稳定运行。
导通电阻: 9.7毫欧 @ 81A,10V
- 在开启状态下，其导通电阻极低，有效减少了功率损耗，提高了系统的效率。
栅极-源极电压（Vgs.max）: ±30V
- 该 MOSFET 的栅极电压可以灵活设计，为驱动电路提供更广泛的适应性。
工作温度范围: -55°C ~ 175°C
- 适合于要求严苛的工业和汽车环境，提供更好的可靠性和稳定性，尤其适合高温和低温应用。
功率耗散: 最大 520W（Tc）
- 该器件能够处理较大的功率，适合用于功率级别较高的应用。
输入电容（Ciss）: 10720pF @ 50V
- 其较高的电容值在开关频率较高的应用中，能够确保有效的驱动性能。
栅极电荷（Qg）: 241nC @ 10V
- 低栅极电荷使得开关速度提升，适合用于高频开关场合，增强了整体的效率表现。
封装类型: TO-247AC
- 采用 TO-247AC 封装提供良好的散热性能，适合高功率应用。
三、应用领域
IRFP4668PBF 的应用非常广泛，特别是在以下领域中表现出色：
开关电源: 由于其高效率和高电压性能，该 MOSFET 是开关电源设计的理想选择。
电机驱动: 能够处理高电流的特性使其非常适合用于各种电机驱动系统，能够支持不同类型的直流和交流电机。
电源管理: 在大功率电源管理系统中，IRFP4668PBF 提供了高效率和高稳定性，确保电源的可靠工作。
汽车电子: 由于其高工作温度范围，该器件特别适合于汽车电子应用，比如电动机驱动、逆变器和电源分配系统。
四、总结
IRFP4668PBF 是一款技术先进的 N 通道 MOSFET，具备高电压、高电流和低导通电阻的特性，使其在各类高功率应用中表现出色。无论是在开关电源、电机驱动还是电源管理等领域，该产品均展现了优异的性能和可靠性。随着科技的不断进步，IRFP4668PBF 必将在更多先进的电子产品中发挥重要作用。其高效率及良好的散热性能，也使得设计师能在设计中更为灵活，为最终用户提供更加稳定和高效的电子解决方案。
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