Application

Consumer electronics

Efficient, lightweight, and more convenient

Our GaN products are widely used in consumer electronics, encompassing mobile phones,laptops, e-bikes, e-scooters and small household appliances. Benefiting from its unique characteristics such as high frequency, high efficiency, fast switching speed and low on-resistance per unit area, GaN significantly improves system efficiency and reduces size of various consumer electronics products, delivering better and more convenient experience to consumers.

Cell phone/PD charger

PC/Laptop

Household Electric Appliances

Demo boards

Here you will find the demo boards with InnoGaN.

Part numberPictureDevicesDescriptionApplication
INNDAD065B1  

INN650DA260A(QR)

INN150LA070A(SR)

65W 1C AllGaN

Efficiency:93.3% @90Vac

Size:48.7mm*27mm*26mm

Power Density:31W/in3

Mobile phones

pad

Notebook

INNDAD140A1  

INN650D150A(PFC)

INN650DA150A*2(AHB)

INN150LA070A*2(AHB-SR)

140W All GaN PD3.1(PFC+AHB)

Efficiency:94% @90Vac

Size: 60mm*60mm*22mm

Power Density: 29W/in3

Mobile phones

pad

Notebook

support PD3.1

INNDAD140B1  

INN650D150A(PFC)

INN650D150A(QR)

INN150LA070A(QR-SR)

140W All GaN PD3.1(PFC+QR)

Efficiency:93% @90Vac

Size: 85mm*50mm*23mm

Power Density: 23W/in^3

Mobile phones

pad

Notebook

support PD3.1 devices

INNDAD240A1  

INN650D080BS*4(PFC)

INN650DA260A*2(LLC)

INN150LA070A*2(LLC-SR)

240W All GaN 48V/5A (BTPPFC+LLC)

Efficiency:95% @90Vac

Size: 85.5mm*58mm*20.5mm

Power Density: 38.5W/in3

Support PD3.1 devices

televisions

power tools

game consoles

LEDs

INNDDD150A1   INN040FQ043A

150W Car charger/laptop Buck-Boost

Peak Efficiency:

98.1% @24Vin、19.2V/6A、600kHz

Max Power: 150W

Car charger

laptops

INNDAD120B2   INN700TK240B

120W PD

Size: 46mm*56mm

Efficiency:93.8%

Power Density: 38W/in3

mobile phone

Notebook

INNDAD300A1  

INN650D140C

INN650DA140C

300W Adapter

Size: 158mm*60.5mm*20.5mm

Efficiency:95.9%

Power Density: 25W/in3

computer

Projector

Gaming Notebook

INNDAD240B1   INN700D240B

240W LED Driver

Size: 260mm*45mm*32mm

Efficiency:95.6%

Power Density: 15.84W/in^3

LED
INNDAD120B4   INN700TK350B

120W E Bike

Size: 122mm*69.3mm*35mm

Efficiency:91.83%

Electric bicycle

dogcart

INNDAD300B1   INN700D140C

300W TV power supply

Size: 220mm*180mm*8.5mm

Efficiency:95%

TV power supply
INNEDD001A2   INN40W080A
INN040W120A

VGaN For OVP Application(Dual)

Input: 8~22V

Mode: 4:2/2:2

Current: 14A

 

Mobile phones

laptops

power banks

other OVP input applications

 

Demo boards

Here you will find the demo boards with InnoGaN.

Demo boards

Here you will find the demo boards with InnoGaN.

Products

List of products that match the application field.

Part number Configuration Package VDS max
(V)
RDS(on) typ
(mΩ)
RDS(on) max
(mΩ)
QG
(nC)
Qoss
(nC)
ID max
(A)
ID Pulse max
(A)
Demo Boards
INN040FQ043A Single FCQFN 4X3 40 3 4.3 6.2 14 24 160 INNDDD150A1
INN060FQ043A Single FCQFN 4X3 60 3 4.3 6.2 18 24 160 /
INN100FQ025A Single FCQFN 3X5 100 2.2 2.8 14 85 80 320 /
INN150LA070A Single LGA 2.2X3.2 150 5.6 7 7.6 47 28 120 INNEHB150A1
INN700D140C Single DFN8X8 700 106 140 3.5 33 17 32 INNDAD140B1
INN700DC140C Single DFN5X6 700 106 140 3.5 33 17 32 /
INN700TH140C Single TO220 700 106 140 3.5 33 17 32 /
INN700TJ140C Single TO220F 700 106 140 3.5 33 10 32 /
INN700TK140C Single TO252 700 106 140 3.5 33 17 32 /
INN650D190A Single DFN8X8 650 138 190 2.8 24.5 11.5 20.5 /
INN700D190B Single DFN8X8 700 138 190 2.8 24.5 11.5 20.5 /
INN700DC190C Single DFN5X6 700 138 190 2.8 24.5 12 20.5 /
INN700TH190B Single TO220 700 138 190 2.8 24.5 11.5 20.5 /
INN700TJ190C Single TO220F 700 138 190 2.8 24.5 8 20.5 /
INN700TK190C Single TO252 700 138 190 2.8 24.5 11.5 20.5 /
INN700D240B Single DFN8X8 700 165 240 2 21 10 18 INNDAD240B1
INN700DC240C Single DFN5X6 700 165 240 2 21 10 18 /
INN700TH240B Single TO220 700 165 240 2 21 10 18 /
INN700TJ240C Single TO220F 700 165 240 2 21 7 18 /
INN700TK240C Single TO252 700 165 240 2 21 10 18 /
INN650DA350A Single DFN5X6 650 270 350 1.5 13 6 10 /
INN700D350B Single DFN8X8 700 270 350 1.5 13 6 10 /
INN700DA350B Single DFN5X6 700 270 350 1.5 13 6 10 /
INN700TH350B Single TO220 700 270 350 1.5 13 6 10 /
INN700TJ350B Single TO220F 700 270 350 1.5 13 5 10 /
INN700TK350B Single TO252 700 270 350 1.5 13 6 10 INNDAD120B4
INN700DA480B Single DFN5X6 700 365 480 1.3 10.5 5 9 /
INN700TH480B Single TO220 700 365 480 1.3 10.5 5 9 /
INN700TK480B Single TO252 700 365 480 1.3 10.5 5 9 /
INN700DA600B Single DFN5X6 700 470 600 0.7 7.3 3.3 6 /
INN700TK600B Single TO252 700 470 600 0.7 7.3 3.3 6 /
INN650D140A Single DFN8X8 650 106 140 3.5 33 17 32 /
INN700DC140A Single DFN5X6 700 106 140 3.5 33 17 32 /
INN650D240A Single DFN8X8 650 165 240 2 21 10 18 /
INN700DC240A Single DFN5X6 700 165 240 2 21 10 18 /
INN650D350A Single DFN8X8 650 270 350 1.5 13 6 10 /
INN700DC350A Single DFN5X6 700 270 350 1.5 13 6 10 /
INN650DA500A Single DFN5X6 650 365 500 1.3 10.5 5 9 /
INN650DA600A Single DFN5X6 650 470 600 0.7 7.3 3.3 6 /
ISG6106QA Single QFN 6X8 700 100 12 /
ISG6107QA Single QFN 6X8 700 150 8 /
ISG6108QA Single QFN 6X8 700 230 5 /
ISG6109QA Single QFN 6X8 700 320 4 /

Products

List of products that match the application field.

Part number Configuration Package VDS max
(V)
RDS(on) typ
(mΩ)
RDS(on) max
(mΩ)
QG
(nC)
Qoss
(nC)
ID max
(A)
ID Pulse max
(A)
Demo Boards

Products

List of products that match the application field.

Part number Configuration Package VDS max
(V)
RDS(on) typ
(mΩ)
RDS(on) max
(mΩ)
QG
(nC)
Qoss
(nC)
ID max
(A)
ID Pulse max
(A)
Demo Boards
Application Notes

Here you will find Innoscience’s application notes on how to use InnoGaNTM transistors in your application.

AN001 HV InnoGaN Gate Driving Design Guide
AN002 LV InnoGaN Gate Driving Design Guide
AN003 EMC Design Guide for Power Supplies with InnoGaN
AN004 LV InnoGaN Parallel Design Guide
AN005 AN005-Introduction of InnoGaN Switching Processes and Losses
AN007 Introduction of InnoGaN Characteristics-Rev1.0
AN008 InnoGaN SPICE Model and Simulation Guide
AN009 InnoGaN Thermal Design Guide
AN010 HV InnoGaN Low Power Parallel Design Guide
AN011 HV InnoGaN High Power Parallel Design Guide
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