GaN FETs and ICs for Solar Power Applications APPLICATION BRIEF

2023-11-28

●GaN devices are being widely adopted for solar applications because they offer significant benefits for efficiency, size, weight, and long lifetime.
●Summary
■Compared with silicon MOSFETs and PMICs, GaN is smaller, more efficient and able to switch at a higher frequency, lower cost, and with increased reliability.
■The key advantages that GaN brings to the table is the excellent thermal performance and improved efficiency. GaN devices enable a substantial size reduction and easier cooling to avoid heat sink and complex cooling. The ultra-small RDS(on) , QG , QGD , QOSS parameters, and zero QRR allow higher efficiency, especially for hard switching topologies. Additionally, with GaN devices the switching frequency, typically 125 kHz for silicon MOSFETs, can be increased to 400 KHz–1 MHz to shrink the size of the passive components, reducing the size and weight of the total solution and for thin design for integration into panels. Excellent thermal performance and low power losses can be leveraged to increase power levels and power density. Efficiencies around 98%, 3% higher than silicon MOSFET solutions, can be achieved with GaN. Finally, solar solutions need to be able to guarantee more than 20 years of life, and the excellent GaN reliability of GaN and high fault tolerance for overvoltage and overcurrent help to meet this requirement.

EPC

EPC2088EPC2071EPC2302EPC23101EPC23102EPC2252EPC2206EPC2204EPC2306EPC2619EPC2308EPC2305EPC2059EPC2207EPC2307EPC2215EPC2304EPC9092EPC90122EPC90123EPC9097EPC90145EPC90153EPC90146EPC90133/EPC90142EPC90148EPC90143EPC9098EPC90124EPC90150EPC9099EPC90140EPC23103EPC23104EPC90147EPC90151EPC90152EPC2218

More

Part#

GaN FETsGaN ICsGaN devicesDevelopment Board

More

Solar Power Applications ]Solar applications ]Battery Energy Storage System ]

More

Solutions

More

More

Please see the document for details

More

More

BGA;QFN;LGA

English Chinese Chinese and English Japanese

2023/10/14

AB022

1.2 MB

- The full preview is over. If you want to read the whole 4 page document,please Sign in/Register -
  • +1 Like
  • Add to Favorites

Recommend

All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.

Contact Us

Email: