Rooted in China · Global discrete semiconductor supportGlobal semiconductor support

Sale!
Active

MOT10P03C

It is widely used in various application fields such as BMS, Motor drive, LED Lighting, Adapter, TV power supply and PC power supply etc.

BVDSS -30
ID[A](25℃) -10
VGS(th)[V](max) -2.5
Rds(on) [ mohm] at Vgs=10V(TYP) 23
Engineering support Built for faster component evaluation and design-in decisions
Verified parametersKey electrical data at a glance
Design-in resourcesDatasheet and cross-reference support
Application supportEngineering contact available below
Engineering resources

Product information

Specifications, documents and sourcing support for MOT10P03C.

Technical specifications

Parametric data for product selection and design review.

Cargo Status
Active
Supplier Device Package
TO-251
BVDSS
-30
ID[A](25℃)
-10
VGS(th)[V](max)
-2.5
Rds(on) [ mohm] at Vgs=10V(TYP)
23
Rds(on) [ mohm] at Vgs=10V(MAX)
30

Overview & applications

Product positioning and recommended use cases.

MOSFET P -10V -30A 23 TO-251

MOT10P03C is a low-voltage and high-power P-Channel Mosfet with VDS at -30V and ID at -10A. It has many benefits such as large package size, quick switching speed, low gate drive current, and high input impedance. Those highlight its cost-effective during the applications in vavious electronic devices, especially in situations where fast switching on-off and efficient energy conversion are required. It is mainly used in LCD dispaly, TV set-top box and high-power frequency conversion products.

Cross reference

Common market parts that may be evaluated against this MOT device.

ManufacturerMarket part numberMOT part number
NexperiaPSMN7R5-10YLDXMOT10P03C
VishaySi7457DPMOT10P03C
扬杰科技(YJ)YJC10P03CMOT10P03C
华润微(CRMC)CRMC10P03CMOT10P03C
onsemi(原Fairchild)FDD3N025XMOT10P03C

Cross references are a starting point for evaluation. Confirm electrical and package compatibility in the datasheets before design-in.

Need help selecting a part?

Talk to an application engineer

Send us your target specifications, quantity and application. Our engineering team will follow up through the Contact Us page.