The TUSB542 is a dual channel USB 3.1
Gen1 (5Gbps), also known as USB-C, re-driver
supporting systems with USB Type-C connectors. The device offers signal conditioning
plus the ability to switch the USB SS signals for the USB Type-C flippable
connector. The TUSB542 can be controlled through the SEL pin by an external
Configuration Channel Logic Controller to properly mux the signals.
The TUSB542 incorporates receiver
equalization and transmitter de-emphasis to maintain signal integrity on both
transmit and receive data paths. The receiver equalization offers multiple gain
settings to overcome channel degradation from insertion loss and inter-symbol
interference. To compensate for downstream transmission line losses, the output
driver supports de-emphasis configuration. Additionally, automatic LFPS de-emphasis
control allows for full compliance.
The TUSB542 offers low power
consumption on a 1.8V supply with its ultra-low power architecture. The re-driver
supports low power modes, which further reduce the idle power consumption.
The USB Type-C redriver is available
in a small ultra-thin package, which is an excellent choice for many portable
applications.
The TUSB542 is a dual channel USB 3.1
Gen1 (5Gbps), also known as USB-C, re-driver
supporting systems with USB Type-C connectors. The device offers signal conditioning
plus the ability to switch the USB SS signals for the USB Type-C flippable
connector. The TUSB542 can be controlled through the SEL pin by an external
Configuration Channel Logic Controller to properly mux the signals.
The TUSB542 incorporates receiver
equalization and transmitter de-emphasis to maintain signal integrity on both
transmit and receive data paths. The receiver equalization offers multiple gain
settings to overcome channel degradation from insertion loss and inter-symbol
interference. To compensate for downstream transmission line losses, the output
driver supports de-emphasis configuration. Additionally, automatic LFPS de-emphasis
control allows for full compliance.
The TUSB542 offers low power
consumption on a 1.8V supply with its ultra-low power architecture. The re-driver
supports low power modes, which further reduce the idle power consumption.
The USB Type-C redriver is available
in a small ultra-thin package, which is an excellent choice for many portable
applications.