KAI-YI TSAI

1. Collect and analyze product market application trends.
2. Participate in product electronic circuit design and provide development direction suggestions.
3. Provide product application solutions and application circuit design (EVB, Demo Board).
4. Product verification platform development and circuit design (special product characteristic test circuit, reliability verification circuit).
5. Assist in product quality incident analysis.
6.PCB Layout.
7. Magnetic component design.
8. Circuit simulation (PSIM).
9. Write product application note.
10. Assist customers with education and training.

1. High-frequency third-generation semiconductor (GaN/SiC MOS) research, design and productization.
2. Single and three-phase PFC+LLC bidirectional architecture design.

3. Used Totem-pole PFC to created 10kW PFC.

4. Enhanced power plant efficiency by implementing advanced control systems and optimizing equipment performance.

5. Troubleshot complex electrical issues in a timely manner to minimize downtime while maintaining high-quality standards for safety and functionality.

1. Enhanced power plant efficiency by implementing advanced control systems and optimizing equipment performance.

2. Reduced maintenance downtime by conducting thorough inspections, identifying potential issues, and addressing them proactively.

3. Troubleshot complex electrical issues in a timely manner to minimize downtime while maintaining high-quality standards for safety and functionality.

4. Optimized power distribution networks by analyzing load profiles and recommending appropriate upgrades or modifications.

5. Managed project budgets and resources effectively, ensuring successful completion within deadlines and cost constraints.

6. Used GaN Device to create 65W、130W power adaptors.

1. Enhanced power plant efficiency by implementing advanced control systems and optimizing equipment performance.

2. Reduced maintenance downtime by conducting thorough inspections, identifying potential issues, and addressing them proactively.

3. Evaluated new technologies for potential integration into existing power systems to enhance overall efficiency and performance.

4. Used 6、11kW power module with three phase vienna PFC and wide range CLLC for bi-directional application.

1. Enhanced power plant efficiency by implementing advanced control systems and optimizing equipment performance.

2. Reduced maintenance downtime by conducting thorough inspections, identifying potential issues, and addressing them proactively.

3. Provided technical support during installation, commissioning, and startup phases of various power generation projects.

4. Supported continuous improvement efforts by conducting regular reviews of established procedures against current best practices.

1. Enhanced power plant efficiency by implementing advanced control systems and optimizing equipment performance.

2. Reduced maintenance downtime by conducting thorough inspections, identifying potential issues, and addressing them proactively.

3. Optimized power distribution networks by analyzing load profiles and recommending appropriate upgrades or modifications.

4. Implemented energy-saving strategies that reduced overall operational costs while maintaining optimal performance levels.

5. Modified 300W below power system , ex: TV power, Elec- Bicycle charger.