The electric vehicle controller of urban electric bicycles is the center for controlling motor operation. It often has features such as dynamic power tube protection and high-speed control in urban electric bicycles. Low internal resistance MOSFETs also directly affect its performance.

For this reason, how should the electric vehicle controller of urban electric bicycles select low internal resistance MOSFETs to have products suitable for the circuit of urban electric bicycles?

Out of this consideration, the low internal resistance MOSFET factory of Feihong Semiconductor received a consultation from Yongzhou Du Sheng.

According to the description: the circuit of the manufacturer of urban electric bicycles previously used the Magna MOSFET brand. Recently, they wanted to find a pure domestic low internal resistance MOSFET factory that can produce the FHP80N07E model low internal resistance MOSFET for use in the braking control circuit of the electric vehicle controller to replace the Magna MOSFET.

Therefore, they consulted the low internal resistance MOSFET factory of Feihong Semiconductor to provide a supply solution of pure domestic low internal resistance MOSFET suitable for the braking control circuit of the electric vehicle controller.

After understanding, the low internal resistance MOSFET factory of Feihong Semiconductor immediately dispatched a team to rely on Du Sheng's demand.

Prepare a reasonable and suitable pure domestic low internal resistance MOSFET for the braking control circuit of the electric vehicle controller, with parameters such as ID current, n-channel enhancement type, and gate type capable of replacing the Magna MOSFET product.

In combination with the actual situation of Yongzhou Du Sheng, it is recommended to use the FHP80N07E model low internal resistance MOSFET for the braking control circuit of the electric vehicle controller.

The FHP80N07E model product has the characteristic of low Qgd, making it very suitable for use in the braking control circuit of the electric vehicle controller. Importantly, the FHP80N07E model MOSFET performs steadily in the braking control circuit of the electric vehicle controller.

Finally, the low internal resistance MOSFET factory of Yongzhou Feihong Semiconductor successfully met Du Sheng's low internal resistance MOSFET supply needs.

After testing, Du Sheng explained the reasons for selecting Feihong Semiconductor:

Du Sheng comprehensively analyzed and thoughtfully selected Feihong Semiconductor because the FHP80N07E model is specifically designed for the braking control circuit of the electric vehicle controller.

Feihong Semiconductor provides direct sales services for domestic low internal resistance MOSFET manufacturers, solving the need for low internal resistance MOSFETs in the electric vehicle controllers of urban electric bicycles. Moreover, the price of pure domestic low internal resistance MOSFETs is reasonable.

Du Sheng said that Feihong Semiconductor's supply plan for low internal resistance MOSFETs gave him peace of mind, and their service attitude was down-to-earth. They will continue to purchase the FHP80N07E model low internal resistance MOSFET in the future.

The pure domestic FHP80N07E model can be specifically used for the braking control circuit of the electric vehicle controller. The low internal resistance MOSFET factory of Feihong Semiconductor is wholeheartedly committed to providing sufficient component supply guarantees for electronic manufacturers such as urban electric bicycles, desktop computers, WIFI adapters, and linear amplifiers. For more details, you can search "Feihong Semiconductor" on Baidu or call the free trial hotline: 400-831-6077!