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LED Driver Selection Substitute Daquan recommend
When selecting the SVG104R0NT model MOSFET, lithium iron phosphate battery electronic designers must pay attention to its performance parameters, such as whether the current reaches 172A and the rated voltage reaches 100V. These indicators are directly related to the operational efficiency of the lithium iron phosphate battery circuit. Additionally, Vcesat saturation voltage drop and short-circuit tolerance (ShortCircuitCapability) are also priority factors.
FHS170N1F4A, a MOSFET product suitable for lithium iron phosphate battery electronic designers with stringent requirements. It technically matches the SVG104R0NT, and detailed parameters include:
1. Maximum pulse drain current: 480A
2. Static on-resistance RDS(ON): 3.4mΩ (Typ), 4.2mΩ (Max)
3. Maximum gate-source voltage Vgs: ±20V
4. Has 172A current and 100V voltage
5. Excellent quality factor FOM(RDSON*Qg)
6. N-channel enhancement-mode field-effect transistor
7. Threshold voltage: 2.0-4.0V
To enhance the power switching performance of the lithium iron phosphate battery circuit, Feihong Semiconductor strongly recommends choosing the powerful FHS170N1F4A type MOSFET, whose 172A and 100V parameters effectively address issues of low efficiency, electromagnetic interference, and heat dissipation.
Selecting the FHS170N1F4A MOSFET from Feihong Semiconductor helps lithium iron phosphate battery manufacturers solve circuit development problems and ensures stable component supply. For inquiries, call the hotline: 400-831-6077, free samples available!









