[MUSIC PLAYING] Today I'm here to highlight Texas Instruments latest USB switch, TS5USBC41. Samples and more information on this device can be found on it's product folder. USB Type C is changing how we connect and utilize our devices. With the availability of higher voltage at the type C connector, the need to protect critical system components from overvoltage conditions should be considered. The Type C connector could become prone to debris or moisture on the pins that can lead to a short to VBUS event over the USB 2 data lines. 

TI's new family of USB 2 max with Overvoltage Protection, or OVP, are designed to protect sensitive system components behind the switch that will not survive a VBUS short event across the D-plus and D-minus pins in the connector. 

There are two versions of TS5USBC41. TS5USBC410 which supports 20 volt OVP, and TS5USBC412 that protects up to 24 volts OVP. This device is the highest OVP protection in the industry today, and we are showcasing it here. 

TS5USBC412 is a 2 to 1 USB 2 switch that can be used for Type C ports or can be used in traditional USB ports to protect from fault conditions in applications that require higher voltage charging. Here's a quick test setup to showcase the OVP protection capability of TS5USBC412. 

Channel 1 is the input voltage with 20 volts. And channel 2 is the output voltage. As you can see on the screen of the scope, the OVP function turns on when 4.7 volt threshold is crossed, and TS5USBC412 stops the higher voltage from crossing the switch, preventing damage to components connected to the device. 

Now let's compare the current consumption of TS5USBC412 to it's previous generation device, TS5USBC402. As you can see on the multi-meter, the current consumption of TS5USBC412 is much lower than TS5USBC402. This is important to help portable electronics extend the battery life for the device. For more information, please visit ti.com/product/TS5USBC41 to order samples and learn more about this device. Thank you for taking time to watch this video.