IRF9540 P Channel MOSFET
High Current Capability: Able to handle a continuous drain current of up to -19A.
Low On-State Resistance: Efficient switching with low Rds(on) for reduced power dissipation.
Fast Switching Speed: Appropriate for applications requiring quick switching.
TO-220 Package: Commonly used package for easy mounting and heat dissipation.
Motor Control: Suitable for controlling motors and other inductive loads.
Inverter Circuits: Utilized in inverter systems for DC to AC conversion.
Switching Power Converters: Commonly used in various electronic switching circuits.
Specification
Description
The IRF9540 is a P-channel Power MOSFET designed for switching applications.Here are some key characteristics of the IRF9540 P-channel MOSFET:
High Voltage Rating: Suitable for applications requiring a negative voltage.High Current Capability: Able to handle a continuous drain current of up to -19A.
Low On-State Resistance: Efficient switching with low Rds(on) for reduced power dissipation.
Fast Switching Speed: Appropriate for applications requiring quick switching.
TO-220 Package: Commonly used package for easy mounting and heat dissipation.
Typical Applications:
Power Supplies: Used in power supply circuits.Motor Control: Suitable for controlling motors and other inductive loads.
Inverter Circuits: Utilized in inverter systems for DC to AC conversion.
Switching Power Converters: Commonly used in various electronic switching circuits.
Technical Details
- P-channel MOSFET
- Dynamic dv/dt rating
- Low threshold voltage
- High-speed switching
- Low turn-on resistance
- Repetitive avalanche rated
- Simple drive requirement
- Ease of paralleling
- Drain-to-source voltage VDS: -100 V
- Maximum Continuous drain current ID: -19 A
- Maximum Pulse drain current: -72 A
- Maximum Power dissipation PD: 150 W
- Gate-to-source voltage VGS: ±20 V
- Peak diode recovery dv/dt: -5.5 V/ns
- Total gate charge QG: 61 nC
- On-state resistance RDS: 0.20 Ω
- Operating temperature range: -55 to +175 ˚C
- Transistor Polarity: P-channel
- Package: TO-220AB
RF9540 Pinout Configuration
- Gate: Depending on the voltage applied to gate terminals, the MOSFET gets turned ON and OFF
- Drain: The current goes out from the drain pin
- Source: Current enters from source pin