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STUSB1600 Datasheet(PDF) 13 Page - STMicroelectronics

Part # STUSB1600
Description  Power hubs and docking stations
PDF  69 Pages
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Manufacturer  STMICROELECTRONICS [STMicroelectronics]
Direct Link  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

STUSB1600 Datasheet(HTML) 13 Page - STMicroelectronics

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STUSB1600
Features description
69
3
Features description
3.1
CC interface
The STUSB1600 controls the connection to the configuration channel (CC) pins, CC1 and
CC2, through two main blocks: the CC line interface block and the CC control logic block.
The CC line interface block is used to:
•
Configure termination mode on the CC pins relative to the power mode supported i.e.
pull-up for source power role and pull-down for sink power role.
•
Monitor the CC pin voltage values relative to the attachment detection thresholds
•
Configure VCONN on the unconnected CC pin when required
•
Protect the CC pins against overvoltage
The CC control logic block is used to:
•
Execute the Type-C FSM relative to the Type-C power mode supported
•
Determine the electrical state for each CC pin relative to the detected thresholds
•
Evaluate the conditions relative to the CC pin states and the VBUS voltage value to
transition from one state to another in the Type-C FSM.
•
Detect and establish a valid source-to-sink connection
•
Determine the attached device mode: source, sink or accessory
•
Determine cable orientation to allow external routing of the USB data
•
Manage VBUS power capability: USB default, Type-C medium or Type-C high current
mode.
•
Handle hardware faults
The CC control logic block implements the Type-C FSMs corresponding to the
following Type-C power modes:
•
Source power role with accessory support
•
Sink power role with accessory support
•
Sink power role without accessory support
•
Dual power role with accessory support
•
Dual power role with accessory and Try.SRC support
•
Dual power role with accessory and Try.SNK support
The default Type-C power mode is selected through NVM programming (see
Section 6: Start-up configuration) and can be changed by software during operation
through the I2C interface (see Section 5.1: Register description).



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