EMC design of USB Type-C port

Do you need further assistance?

Please tell us your specific research needs and we will reply to you as soon as possible.

Code*

Submit

Industry Solution

Classified By Industry

According to the interface function

EMC design for USB2.0 port

EMC design of USB Type-C port

EMC design of HDMI port

RJ45/ 100M network port design

EMC design of TF card port

EMC design of DC power supply port

EMC design of AUX port

EMC design of VGA port

EMC design for USB3.0 port

RJ45 100M network port (with POE) design

RJ45 Gigabit network port design

RJ45 Gigabit network port (with POE) design

eSATA interface design

MIPI interface design

Audio Interface Design

Thunderbolt 4 interface design

DP Interface Design

LVDS interface design

SIM card interface design

Differential Clock Circuit design

Crystal oscillator circuit design

Design of Vehicle-mounted CAN Interface circuit

Design of Vehicle-mounted DC Power interface

EMC design for Type-C port

In the EMC design of Type-C ports, we also focus on the miniaturization and high performance of inductors. The selected induction has a compact size to perfectly fit the compact layout of the Type-C port. At the same time, it needs to have a medium rated current - several hundred milliamperes - to ensure the efficiency of data transmission and the stability of power supply for the equipment. The low-loss feature is particularly crucial here. It can significantly enhance the conversion efficiency of the system and thereby improve the battery life performance of the equipment. Therefore, we choose inductors with these characteristics to meet the strict requirements of the Type-C port EMC design.

Type-C EMC Port design scheme

CMF2012WD900MQT

ESD12H401TR

CVB2012E601T

ESD5D003TA