Product Description
The M12121 is a highly integrated, low-power, fully compatible fast charging protocol chip, supporting all fast charging protocols such as PD3.1, QC4.0 +, FCP, SCP, Allied Capital Corporation, DFP / Source and UFP / Sink functions, and built-in current sampling loop and loop compensation circuit. The output pin CATH of the loop compensation circuit is used to connect the driving optocoupler of the AC-DC circuit or the voltage feedback node of the DC-Dc circuit to control the output voltage. With this product, only a few components can form a complete high-performance USB Type-C charging and discharging solution
Company Profile
Kunshan Huateng Electronics Co., Ltd. was established in 2002, headquartered in Kunshan, Suzhou. Specializing in electronic components distribution and supporting services for 16 years. In 2018, the total annual sales exceeded 200 million RMB.
We mainly provide customers with a full range of electronic components products services and solutions, but also provide module OEM.
We have two main companies in Kunshan and Hong Kong, and five resident offices in Shenzhen, Suzhou, Beijing, Shanghai and Xiamen. Zhejiang Zhilian is our module processing base, and our sales network covers major cities and economic centers throughout the country, so we can respond to the service needs of customers in different regions nearby.
We have two main companies in Kunshan and Hong Kong, and five resident offices in Shenzhen, Suzhou, Beijing, Shanghai and Xiamen. Zhejiang Zhilian is our module processing base, and our sales network covers major cities and economic centers throughout the country, so we can respond to the service needs of customers in different regions nearby.
We have two main companies in Kunshan and Hong Kong, and five resident offices in Shenzhen, Suzhou, Beijing, Shanghai and Xiamen. Zhejiang Zhilian is our module processing base, and our sales network covers major cities and economic centers throughout the country, so we can respond to the service needs of customers in different regions nearby.