This project involves the design and layout of a USB-C (USB Type-C) Receptacle Connector with USB 2.0 compliance. USB-C is a type of USB (Universal Serial Bus) connector that's known for its compact size and ability to handle multiple functions. This specific USB-C design has 24 positions, 16 of which are active and 8 are dummy. The connector is designed for surface mount and right angle; through hole applications.
The components described in the design are pins of the USB-C connector, each having a designator name and a pin number. In order for the USB-C connector to function properly, these pins need to be connected in the right manner to the correct circuit paths and components. Each pin is also associated with a terminal type, which can tell you a bit about its function in the connector (e.g., powerIn, bidi).
Here is a short descriptor list for some of the components:
"SHELL_GND" : Pins that contribute to the ground of the metal shell of the USB connector.
"D-" and "D+" : Pins that are D- and D+ lines for the USB 2.0 data connection.
"VBUS" : This is the power supply pin, typically providing 5V.
"GND" : These are USB ground pins.
"SBU1" and "SBU2" : Sideband Use pins, which have several advanced uses in USB-C.
"CC1" and "CC2" : Channel Configuration pins, used for configuring the connection orientation, cable attachment, and charging detection.
The overall goal in designing and laying out this connector would typically be to allow data transfer and charging capabilities for an electronic device. However, in the current state, the description suggests that no electrical connections have been made in this project yet. To make this a functional schematic, the various pins would need to be connected to the appropriate datapaths in your design.
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