MOT3400AB2
Applicable to electronic cigarettes, electric toys, table lamps
Product information
Specifications, documents and sourcing support for MOT3400AB2.
Technical specifications
Parametric data for product selection and design review.
- Cargo Status
- Active
- Supplier Device Package
- SOT-23
- VDss[V](min)
- 30
- ID[A](25℃)
- 5.8
- VGS(th)[V](max)
- 1.4
- Rds(on) [ mohm] at Vgs=10V（TYP)
- 22
- Rds(on) [ mohm] at Vgs=10V（MAX)
- 30
- Rds(on) [ mohm] at Vgs=4.5V（TYP)
- 24
- Rds(on) [ mohm] at Vgs=4.5V（MAX)
- 35
- Rds(on) [ mohm] at Vgs=2.5V（TYP)
- 31
- Rds(on) [ mohm] at Vgs=2.5V（MAX)
- 40
- Configuration
- Single_N
MOT3400AB2 Datasheet
Review electrical characteristics, package drawings and test conditions.
Overview & applications
Product positioning and recommended use cases.
MOSFET 30V 5.8A 1.4V SOT-23
MOT3400AB2 is a 30V N MOSFET with an ID current of 5.8A. It is a very commonly used MOS product on the market. It has the characteristics of small size, light weight, stability and reliability, low on-state internal resistance and high current carrying capacity, and low price. It is widely used in power management, motor drive, and load switch circuits, and is suitable for high performance, miniaturization and low power consumption fields.
Cross reference
Common market parts that may be evaluated against this MOT device.
| Manufacturer | Market part number | MOT part number |
|---|---|---|
| Nexperia | NX3010NBK | MOT3400AB2 |
| onsemi（原Fairchild） | FDN5N020N | MOT3400AB2 |
| Vishay | SI2333ADS | MOT3400AB2 |
| Alpha&Omega (AOS) | AO3400A | MOT3400AB2 |
| Infineon（原IR） | IRLML2030TRPBF | MOT3400AB2 |
| ROHM | RQ3E020GTTCR | MOT3400AB2 |
| 扬杰科技（YJ） | YJB30N4AB2 | MOT3400AB2 |
| 华润微（CRMC） | CRMC3400AB2 | MOT3400AB2 |
| 长电科技（JCET） | JCET3400AB2 | MOT3400AB2 |
| 中微半导体（ZMSC） | ZMSC3400AB2 | MOT3400AB2 |
Cross references are a starting point for evaluation. Confirm electrical and package compatibility in the datasheets before design-in.
Talk to an application engineer
Send us your target specifications, quantity and application. Our engineering team will follow up through the Contact Us page.
