#Goal

- Switch the project direction from the placeholder (Rough Coffee TV Glasses) to a designer's implementation of a bidirectional DC-DC converter management system for energy storage applications. The goal is to generate a complete PCB design that covers the bidirectional power conversion management, integration of power and control modules, dedicated interfaces and protection circuitry, and accommodates practical PCB layer stack-up and layout routing constraints.

#Implementation plan

1. **System Requirements Extraction**

1. Review and distill the uploaded documentation to extract system requirements, power conversion paths, interface targets, and protection criteria.

2. Document these functional requirements in the project description to reflect the new direction.

2. **Schematic Block Design**

1. Create a schematic block diagram featuring the key modules: bidirectional power conversion management, power and control modules, and interface/protection circuits.

2. Define and interconnect the blocks to ensure proper power paths and control signals.

3. **PCB Layout Planning**

1. Reconfigure the PCB board outline and layer stack-up to suit the power interfacing and control requirements while addressing manufacturability constraints.

2. Define board zones for high current paths, control circuits, and protection interfaces, ensuring separation and routing guidelines are met.

4. **Detailed Routing Strategy**

1. Develop a layout strategy that covers critical nets and traces, meeting the precise routing rules for power, data, and protection features.

2. Configure layout restrictions to accommodate heat generation, interference concerns and ensure manufacturability.

#Success criteria

- All functional requirements are clearly extracted and documented in the project description.

- A complete schematic block diagram for the bidirectional DC-DC converter management system is created and interconnected.

- The PCB board design includes a defined layer stack-up and board zones that meet the practical routing and power distribution requirements.

- Routing guidelines and layout restrictions are established, ensuring the manufacturability and performance of the final PCB design.