Toggle navigation
English (United States)
中文(中国)
中文(台灣)
日本語 (日本)
Where to buy
Contact
Site Search
Cross Reference Search
Products
Products
GaN FETs and ICs
GaN FETs and ICs
GaN Integrated Circuits
0 V - 40 V
41 V – 100 V
101 V – 350 V
Automotive AEC Qualified GaN FETs
Rad-hard GaN
Evaluation Boards
Evaluation Boards
Half-Bridge Evaluation Boards
Technology Partner Reference Designs
Application-Specific Evaluation Boards
Cross Reference Search
GaN Drivers and Controllers
Wafer Sales
Data Packs
Publications
Markets
Automotive
Automotive
48 V Hybrid Power DC-DC
Lidar and ADAS Systems
Infotainment Class-D audio
Motor Drives
Data Center
Data Center
DC-DC Converters
AC/DC Conversion
Industrial
Industrial
Wireless Power
Motor Drive
DC-DC Converters
Time of Flight(ToF)/Lidar
Solar
Aerospace and Defense
Aerospace and Defense
DC-DC Converters
Time of Flight(ToF)/Lidar
Motor Drive
Wireless Power
Consumer Electronics
Consumer Electronics
DC-DC Converters
Class-D audio
Motor Drive
AC/DC Converters
Time of Flight(ToF)/Lidar
Wireless Power
MedTech
MedTech
Wireless Power
Imaging and Diagnostics
DC-DC Converters
Motor Drive
Communications
Communications
DC-DC Conversion
AC/DC Conversion
Envelope Tracking
How2AppNotes
Ask a GaN Expert
Applications
GaN for Solar
GaN for Motor Drives
GaN for Satellites
GaN for DC-DC
GaN for Audio
GaN for Lidar
Design Support
Design Support
GaN First Time Right
GaN First Time Right
Design Example
Select Device
Drivers and Controllers
Schematic and Layout
Loss Calculation
Thermal Management
Assembly
Measurement Techniques
Gallium Nitride
What is Gallium Nitride?
Why GaN?
Where is GaN Going?
GaN Power Bench
GaN Power Bench
GaN FET Thermal Calculator
GaN FET Selection Tool for Buck Converters
Cross Reference Search
Demo Boards
Device Models
Assembly Resources
GaN FET Reliability
Chip-Scale Packaging
Technical Documents
Application Briefs
EPC Technical Articles
Application Notes
Training Videos
Training Videos
How to GaN
Why GaN
GaN Advanced Learning Series
eGaN Demos
GaN University
Ask a GaN Expert
GaN Talk Support Forum
About EPC
About EPC
Team
Events and News
Events and News
Events
News
Webinars
Support Forum
GaN Talk Blog
GaN Talk Podcast
Careers
Code of Conduct
Press Releases
Terms and Conditions of Sale
Quality and Environmental
Quality and Environmental
Quality Statement
Quality Certificates
RoHS Statement
REACH Statement
Conflict Mineral Statement
Counterfeit Statement
Patents
Contact
Contact
GaN Talk Support Forum
Sales Representatives and Distributors
Ask a GaN Expert
EPC2221: Automotive Qualified 100 V, 20 A Dual FET with Common Source
V
DS
, 100 V
R
DS(on)
, 58 mΩ
I
D
, 5 A
Pulsed I
D
, 20 A
AEC-Q101 Qualified
Die Size: 1.35 mm x 1.35 mm
Applications
Automotive Lidar/ToF
High-frequency DC-DC
Wireless Power
Benefits
High resolution and efficiency in lidar applications
No reverse recovery
Ultra Low Q
G
Ultra-small Footprint
Status:
Preferred
Datasheet
EPC2221 Datasheet
Demo/Development Boards
Quality & Reliability
Qualification Report
Reliability Reports
RoHS Statement
REACH Statement
Materials Declaration
Counterfeit Statement
Conflict Mineral Statement
Design Resources
Application Notes
Assembling eGaN FETs
Quick Reference - Die Attach Procedure
Quick Reference - Die Removal Procedure
How to Design an eGaN FET-Based Power Stage with an Optimal Layout
Using eGaN FETs
Device Models
PSPICE (.net)
TSPICE (.sp)
LTSPICE (.zip)
Spectre Model (.scs)
Altium Library (.zip)
Thermal Model
Buy Now
Buy Now
Qty
Unit Price
(USD)
In Stock
View Cart
Find Distributor