Which n-channel MOSFET factory should be found first to completely replace the ZMS100N10N type MOSFET for use in fast charging head circuits? After all, the n-channel MOSFET is the core component of the fast charging head. Currently, n-channel MOSFET products face problems such as weak reliability, low efficiency, and electromagnetic interference, which are closely related to the reliable operation of fast charging head devices. Therefore, selecting high-quality n-channel MOSFETs that can replace the original ones is necessary. For electronic technicians working on fast charging heads, when replacing the ZMS100N10N model n-channel MOSFET, they must carefully consider several key aspects. First is the performance parameters of the n-channel MOSFET, such as whether the current reaches 60A and whether the voltage reaches 100V, as these parameters have a direct relationship with device efficiency. Engineer Xuan is searching for domestic n-channel MOSFETs that can replace the ZMS100N10N model MOSFET. The expected replacement MOSFET should have a current capacity of 60A and a voltage rating of 100V, with excellent quality. 1. Static On-state Resistance RDS(ON) (VGS=4.5V): 12.5mΩ (Typ), 15.5mΩ (Max) 2. N-channel Enhancement-mode Field-effect Transistor 3. Maximum Gate-source Voltage Vgs: ±20V 4. Low Loss 5. Reverse Transfer Capacitance: 23pF 6. Current Rating: 60A, Voltage Rating: 100V 7. VGS(th): 1.2-2.4V The n-channel MOSFET controls the fast charging head circuit robustly and has excellent quality! To enhance the power switch performance of the fast charging head circuit, Feihong Semiconductor strongly recommends using the FHN60N1F10LA n-channel MOSFET. This n-channel MOSFET with a rated current of 60A and a rated voltage of 100V can truly address issues such as weak product reliability, low efficiency, and electromagnetic interference. The FHN60N1F10LA n-channel MOSFET provided by Feihong Semiconductor is the preferred choice for manufacturers of fast charging heads, lithium battery protection, and buck DC/DC converters, solving various problems in circuit development. To ensure component supply, please contact the free trial hotline: 400-831-6077!