For the inverter requiring SGTMOSFET parameters of 185A and 85V, how can one select an appropriate SGTMOSFET for the inverter circuit diagram? Currently, the SGTMOSFET market is in a difficult situation due to incomplete solutions: low efficiency, poor heat dissipation, and poor reliability, which not only severely suppresses the normal operation of the inverter but also increases maintenance costs. From this premise, adopting high-quality SGTMOSFETs with core parameter replacement becomes essential. The STP170N8F7 model SGTMOSFET, when used in the electronic engineering of inverters, requires engineers to focus on its performance parameters, such as whether the current can reach 185A and whether the voltage can reach 85V. These parameters are deeply related to the working efficiency of the inverter circuit. Moreover, the breakdown voltage and fast recovery of reverse parallel are key characteristics. In the selection by many international inverter manufacturers, FHP170N8F3A previously replaced STP170N8F7 and was widely adopted. We recommend you carefully consider its detailed product specifications: 1. Static on-resistance: 2.95mΩ (Typ), 4mΩ (Max) 2. VGS(th): 2.0-4.0V 3. Maximum continuous forward current: 120A 4. N-channel enhancement type 5. With 185A current and 85V voltage 6. Vgs: ±20V 7. 100% RG tested The FHP170N8F3A model SGTMOSFET has a high recognition rate in the application of inverters, ensuring stable control. Feihong Semiconductor provides a solution for inverter manufacturers: the FHP170N8F3A model SGTMOSFET, with strong parameters of 185A and 85V. It will effectively enhance the conversion current capability of the inverter circuit and address problems of low efficiency, poor heat dissipation, and poor reliability. To solve circuit development problems for electronic manufacturers, Feihong Semiconductor's FHP170N8F3A model SGTMOSFET is trustworthy. Applications in home appliances, mobile power supplies, etc., are guaranteed. Please feel free to consult at 400-831-6077 to obtain free sample services!