The TS3USBCA4 is a passive 4:1 (TS3USBCA420) and 3:1 (TS3USBCA410) MUX supporting various
types of differential or single-ended signals on the SBU1/SBU2 terminals of a USB Type-C connector
to different interfaces. Those signals can be differential DisplayPort auxiliary (AUX), analog
audio MIC and AGND, PCIe differential clock, or any other supported generic differential or
single-ended signals.
The audio path features ultra-low ON-state resistance (RON), low
crosstalk and excellent total harmonic distortion (THD). The break-before-make feature prevents
signal distortion during signal transfer from one channel to another. The high-speed paths support
bandwidth as high as 500 MHz to provide adequate support for DisplayPort AUX, PCIe clock, and other
similar signals. Together with low power consumption, these features make this device suitable for
portable audio applications.
The TS3USBCA4 wide supply range from 2.4 V to 5.5 V gives users the flexibility of
powering it from a single-cell battery, a 3.3-V regulator, or VBUS. It also provides options for
both commercial and industrial temperature ranges.
The TS3USBCA4 is a passive 4:1 (TS3USBCA420) and 3:1 (TS3USBCA410) MUX supporting various
types of differential or single-ended signals on the SBU1/SBU2 terminals of a USB Type-C connector
to different interfaces. Those signals can be differential DisplayPort auxiliary (AUX), analog
audio MIC and AGND, PCIe differential clock, or any other supported generic differential or
single-ended signals.
The audio path features ultra-low ON-state resistance (RON), low
crosstalk and excellent total harmonic distortion (THD). The break-before-make feature prevents
signal distortion during signal transfer from one channel to another. The high-speed paths support
bandwidth as high as 500 MHz to provide adequate support for DisplayPort AUX, PCIe clock, and other
similar signals. Together with low power consumption, these features make this device suitable for
portable audio applications.
The TS3USBCA4 wide supply range from 2.4 V to 5.5 V gives users the flexibility of
powering it from a single-cell battery, a 3.3-V regulator, or VBUS. It also provides options for
both commercial and industrial temperature ranges.