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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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