Lithium manganese batteries are constantly growing in the market-driven environment. How can they achieve success in real business situations? The main module is about how to choose a pure domestic replacement MOSFET model SVG104R0NT for use in lithium manganese battery circuits. The quality issues of low resistance MOSFETs, such as low heat dissipation efficiency and poor reliability, often affect the normal operation of lithium manganese batteries. Therefore, it is very important to seek high-quality replacement models of low resistance MOSFET products. For electronic designers of lithium manganese batteries, when replacing the SVG104R0NT low-resistance MOSFET, they need to carefully consider several key factors. First is the performance parameters of the low-resistance MOSFET, such as whether the current can reach 172A and whether the voltage can reach 100V. These listed parameters are closely related to the device's working efficiency. Global lithium manganese battery manufacturers have already widely selected FHS170N1F4A to effectively replace SVG104R0NT, which can be widely applied. I would like to recommend everyone to understand its detailed technical parameters: 1. Low Crss (typical value 33pF) 2. Has a current of 172A and a voltage of 100V 3. Avalanche current: 25A 4. Threshold voltage: 2.0-4.0V 5. Maximum gate-source voltage Vgs: ±20V 6. Static on-resistance: 3.4mΩ (Typ), 4.2mΩ (Max) 7. N-channel enhancement type Feihong Semiconductor recommends using the FHS170N1F4A low-resistance MOSFET to enhance the control capability of the lithium manganese battery circuit. This low-resistance MOSFET with rated parameters of 172A and 100V can solve problems such as low product heat dissipation efficiency and poor reliability in real time. Choosing Feihong Semiconductor's FHS170N1F4A low-resistance MOSFET can help lithium manganese battery manufacturers solve circuit development problems and ensure stable component supply. Consultation hotline: 400-831-6077, free samples waiting for you!