15 Volt Power Delivery Setup

Thought for 21 sec

Your request is to confirm the integration of the resistor divider networks on the CC pins. This integration includes:

CC1 Network
- A resistor (designated as R10) from the CC1 pin (from the USB Type‑C connector) to VBUS with a value of 56 kΩ.
- A resistor (designated as R11) from the CC1 pin to GND with a value of 22 kΩ.
CC2 Network
- A resistor (designated as R12) from the CC2 pin (from the USB Type‑C connector) to VBUS with a value of 56 kΩ.
- A resistor (designated as R13) from the CC2 pin to GND with a value of 22 kΩ.

This configuration is intended to properly set the external circuitry as required by the STUSB4500QTR to negotiate a 15‑volt power contract via USB Power Delivery.

baronunread

Connect the resistors R1, R2, R3 and R4 to the right components

Thought for 56 sec

flux

The intended net connections for the resistor network are as follows:

Table

Resistor	Connected From	Connected To	Value	Function
R1	USB Type‑C CC1 (Net4)	VBUS (Net1)	56 kΩ	Pull‑up for CC1
R2	USB Type‑C CC1 (Net4)	GND (Net2)	22 kΩ	Pull‑down for CC1
R3	USB Type‑C CC2 (Net5)	VBUS (Net1)	56 kΩ	Pull‑up for CC2
R4	USB Type‑C CC2 (Net5)	GND (Net2)	22 kΩ	Pull‑down for CC2

These connections ensure that the CC1 line is pulled up to VBUS through [R1] and pulled down to GND through [R2], while the CC2 line is pulled up to VBUS through [R3] and pulled down to GND through [R4], which is the correct setup for triggering a 15‑volt contract with USB Power Delivery.

List missing components for IC1

Component Specifications

Net names clarification

Files

Schematic

Layout

3D View

VBUS

CC2

FB_V

VDD

FB_V

V-

Resistance

1kΩ

Capacitance

1uF

CC2

V+

CC1

Resistance

10kΩ

Resistance

56KΩ

VDD

VBUS

PS2-USB-PD