Confidential content.

RF system design engineer
• Design and research PA topology for magnetic field generation, focus on High RF Power Tx, MTI and EMI solution of system integration.
Intel Corp 7/2015-11/2016
PA architecture of Wireless Charging Engineering
• Design and research PA topology for wireless charging, focus on Class E and Class EF2 High Power Switch PAs for Wireless Power system capabilities with eGan devices
• Developed Toroid inductor model of ADS simulation tool for PA simulation, system yield validation and DOE.
• System validation under A4WP standard and blue tooth standard

Sr. Applications Engineer (Technical leader in RF high power industry)
• Led AE team to provide supporting to design teams and customers. Design customized solutions with LDMOS/SiGe/GaN technology for cut the edge applications, and developed advanced technology for high power industrial and cellular applications.
• Led the development of Solid-state Microwave oven projects, designed and demonstrated the 1st solid state Microwave Oven 150W portable system and 600W home appliances system with LDMOS devices at IMS2012. A lot companies invested this new industrial for RF Power devices after then.
• Drove the broadcast market trend with high efficiency solution, with cutting the edge of broadcast transmitter solution. Lead AE team joint development of Doherty transmitter for broadcast market. Delivered the 1st Doherty 1kW high power transmitter in the world for broadcast application with a Chinese customer. All the transmitters for broadcast market are under this architecture in world wide.
• Designed engineering device samples and front end module for customized emerging communication system; land mobile system as turn-key solutions.

Design high power LDMOS device prototype and application circuits for world wide customer solution. Cover the Avionics, boradcast , ISM and Landmobile applications.

working with marketing and sales to drive the revenue world wide.

Develop devices with BJT and SiC technologies for support customers.
Led and developed BJT high power transistors for Radar applications and developed the first kilowatt transistor in the industry.
• Successfully developed the 1KW BJT high power transistor for Radar applications.
• Successfully developed the 800W SIC high power transistor for Radar applications.
• Developed 500W long pulse UHF BJT transistor for Radar application