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IRFB4110PBF Infineon Mosfet Transistor

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MOQ : 10 Pieces

IRFB4110PBF Infineon Mosfet Transistor Specification

Output
Drain Source

Input
Gate Source

Usage
Industrial

Power Source
Electric

Thermal Conductivity
High Efficiency

Operating Temperature
-55C to +175C

Features
Low On-Resistance, High Current Capability

Components
Single Transistor Unit

Response Time
Fast Switching

Power Supply
Electric

Interface
Through-Hole

Product Type
Mosfet Transistor

Application
Switching, Power Management, Motor Controls

Rated Voltage
100V

Supply Voltage
100V

Size
Standard

Dimension (L*W*H)
TO-220 Package

Function
N-Channel Power MOSFET

Color
Black/Silver

Weight
Approx 2g

Warranty
Yes

Current Rating
120A

Capacity
Low Rds(on)

Thickness
Standard

Frequency
DC to High Frequency

Gate Threshold Voltage (Vgs(th))
2.0V 4.0V

Lead Count
3

Maximum Drain Current (Id)
120A

Safe Operating Area
Enhanced

Mounting Type
Through-Hole

RoHS Compliant
Yes

Drain-Source On-Resistance (Rds(on))
10m

Package Type
TO-220AB

IRFB4110PBF Infineon Mosfet Transistor Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About IRFB4110PBF Infineon Mosfet Transistor

Discover the trending IRFB4110PBF Infineon MOSFET Transistor, a masterful combination of modern efficiency and robust design. With a lofty maximum drain current of 120A, top-drawer low on-resistance of 10m, and enhanced safe operating area, this N-Channel power MOSFET stands out for professional switching, power management, and motor control applications. Its instant checkout and Get It Now value make it the optimal choice for suppliers, traders, and wholesalers across India seeking reliable, high-performance components. Efficient, RoHS compliant, and backed by warranty.

Ideal Applications and Advantages

The IRFB4110PBF Infineon MOSFET Transistor is suitable for use in industrial switching, power management circuits, and precise motor controls. Its low Rds(on) advantage supports efficient energy management and heat dissipation. This component is widely used by professionals and manufacturers who value high current capacity and quick response times. Its versatility and standard TO-220AB package ensure reliable integration across various demanding applications.

Reliable Supply and Export Services

Charging ahead with robust supply ability, the IRFB4110PBF is ready for mass orders and timely export to International markets. India stands as a key export market, with packaging designed for secure drop-off and transit-a guarantee of intact delivery. Each transistor is individually packed to maintain quality through every shipment, making it a strong choice for distributors meeting large-scale industrial needs.

FAQ's of IRFB4110PBF Infineon Mosfet Transistor:

Q: How does the IRFB4110PBF Infineon MOSFET enhance industrial switching applications?

A: The IRFB4110PBF offers low on-resistance and high current capability, allowing efficient switching with minimal heat generation. Its fast switching response is ideal for high-frequency and high-power industrial environments.

Q: What is the process for integrating this MOSFET into power management circuits?

A: Integration is straightforward due to its TO-220AB package and through-hole mounting. Simply connect the gate to the control signal, and utilize the low Rds(on) and high current capacity for optimized circuit performance.

Q: When should I choose this MOSFET for motor control applications?

A: Opt for the IRFB4110PBF when precise speed and torque control are required, especially in scenarios demanding high reliability, thermal efficiency, and robust current management.

Q: Where can this MOSFET be sourced and what warranty does it come with?

A: The IRFB4110PBF is supplied, traded, and wholesaled across India, and is covered by a standard warranty to ensure peace of mind for both bulk and individual purchases.

Q: What is the main benefit of its enhanced safe operating area?

A: An enhanced safe operating area ensures the MOSFET remains stable and reliable under higher electrical and thermal stress, reducing risks of failure in demanding industrial applications.

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