AG9311MCQ design application | AG9311MCQ design USB TYPEC to HDMI with PD fast charge expansion dock design method | AG9311MCQ design circuit diagram

                  AG9311MCQ design application | AG9311MCQ design USB TYPEC to HDMI with PD fast charge expansion dock design method | AG9311MCQ design circuit diagram

AG9311MCQ is mainly used to design USB Type-C converter or USB Type-C docking station products:

 What are the characteristics of the USB TYPEC to HDMI docking station designed by AG9311MCQ?

1. Display characteristics

 AG9311MCQ complies with DisplayPort specification Revision 1.2

 AG9311MCQ supports 1.62(RBR)/2.7(HBR)/5.4(HBR2) Gbps data rate

Support 1/2 line configuration

Support downlink spread spectrum clock (SSC)

 

2. HDMI output characteristics

HDMI high-definition multimedia interface

Comply with HDMI1.4 and HDCP1.4 specifications

Supports minimized transmission differential up to 3Gbps

AG9311 supports output resolution up to 4kx2k@30Hz

Support HDCP key pre-programming

Compatible with EDID and MCCS

Support LPCM dual channel with sampling rate 48kHz/44.1KHz/32KHz

3. USB Type-C PD fast charging characteristics

Support DisplayPort Alternate

Compliant with USB PD3.0

Integrated Type-C RP and RD resistors

Support 2 USB Type-C ports

Support USB claims

Integrated USB2.0 full speed

4. Built-in single-chip microcomputer system and interface integration

Integrated 16-bit microcontroller

Integrated 64KB flash memory for firmware upgrade

Support I2C master/slave, UART, USB2.0 full speed

Support 3-channel 8-bit resolution ADC

The summary of the USB TYPEC to HDMI with PD fast charging docking function designed by AG9311MCQ is as follows:

 The block diagram of the design structure of the above USB TYPEC to HDMI with PD fast charging docking station designed by AG9311MCQ:

The detailed design PCB board diagram is as follows:

 The reference circuit of the design schematic diagram of the above USB TYPEC to HDMI with PD fast charging docking station designed by AG9311MCQ is as follows:

 

 

 

 

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Origin blog.csdn.net/qq1659747718/article/details/111996363