The n-channel enhancement mode SGTMOSFET is a major component of BMS. Around what problems should BMS choose the n-channel enhancement mode SGTMOSFET? Can the agent enjoy suitable n-channel enhancement mode SGTMOSFET products for BMS? At present, the n-channel enhancement mode SGTMOSFET market faces major challenges, including poor performance such as electromagnetic interference, product safety hazards, and low heat dissipation efficiency, which not only hinder the normal operation of BMS but also increase maintenance costs. Under this situation, it is important to choose high-quality replacement parameters for n-channel enhancement mode SGTMOSFET. In the electronic engineering of BMS, the selection of IPP041N04NG type n-channel enhancement mode SGTMOSFET requires engineers to focus on its performance indicators. For example, whether the current can meet 200A, whether the voltage can reach 40V, etc. These indicators are closely related to the device's working efficiency. In case analysis, FHS200N4F3A has recently successfully replaced IPP041N04NG in many BMS companies abroad and can be widely applied. I am willing to recommend everyone to know its detailed parameters: 1. Static on-resistance: 2.4mΩ (Typ), 3.1mΩ (Max) 2. Reverse transfer capacitance: 133pF 3. N-channel enhancement mode field effect transistor 4. With 200A current and 40V voltage 5. Fast switching speed 6. Threshold voltage VGS (th): 2.0-4.0V 7. Maximum gate-source voltage: ±20V Under this situation, Hongfei Semiconductor is willing to recommend choosing FHS200N4F3A type n-channel enhancement mode SGTMOSFET to enhance the control capability of the BMS circuit. The 200A, 40V n-channel enhancement mode SGTMOSFET truly solves the problems of electromagnetic interference, product safety hazards, and low heat dissipation efficiency. The FHS200N4F3A type n-channel enhancement mode SGTMOSFET produced and sold by Hongfei Semiconductor is the preferred choice for electronic product manufacturers such as BMS, motor drive, and EC motor drive, solving various problems in circuit development. To ensure the supply of components, please contact the free sample hotline: 400-831-6077!