IRF5305 MOSFET: Datasheet, Pinout, Circuit, IRF5305 Arduino

Introduction of IRF5305 MOSFET

The IRF5305 in power MOSFETs use the most reliable silicon process, offering designers an extensive array of devices that can be used to support a variety of applications, including AC motors and inverters lighting, SMPS loads, as well as battery-powered applications. The devices come in a variety of through-hole and surface-mount packaging with standard footprints to make them easy to design. Its package is universally preferred for all commercial-industrial applications at power dissipation levels of approximately 50 watts. Low thermal resistance and low package costs make it a popular acceptance in the market.

Today, easybom will introduce the details about it. This article will be divided into below parts: IRF5305 Datasheet, IRF5305 Pinout, IRF5305 Circuit, IRF5305 Arduino, and so on.

Features of IRF5305 MOSFET

Planar cell structure for wide SOA

Optimized for broadest availability from distribution partners

Product qualification according to JEDEC standard

Silicon optimized for applications switching below <100kHz

Industry standard through-hole power package

High-current rating

IRF5305 Pinout

Below is the IRF5305 Pinout:

Specifications

Supply Chain

Factory Lead Time - 12 Weeks

Physical

Package / Case - TO-220-3

Number of Pins3

Technical

Operating Temperature -   -55°C~175°C TJ

IRF5305 Circuit

Below is the IRF5305 circuit:

Where to Use IRF5305 MOSFET?

The IRF5305 P-Channel MOSFET can be used to support a variety of applications, including AC motors and inverters lighting, SMPS loads, as well as battery-powered applications.

IRF5305 Equivalent 

You could use IRF044, IRF044SMD, IRF054, IRF054SMD, IRF100B201, IRF100B202 as IRF5305 equivalents. You could find them on easybom.

Everything You Need to Know About IRF5305 MOSFET in Electronics

The project described above is about how to utilize the E-Switch module, which is based on IRF5305 Arduino. This module acts as a switch and is controlled as a motor timer. Three different codes are included for various ways to use this. Additionally, it has been tested to determine how much current it could handle at the conditions of HIGH (24V) as well as at low (5V).

The picture above is about the project of IRF5305 Arduino. To learn more about it, click here:

https://robojax.com/basic-code-keep-irf5305-module-always-arduino-irf5305-example-13

Package Dimensions 

Below is the picture of the 2D Model and Dimensions from the IRF5305 Datasheet will be useful to know the package type and dimensions.

IRF5305 Datasheet 

Download the IRF5305 datasheet pdf below:

https://pdf.easybom.com/r/datasheets/infineontechnologies-irf5305pbf-datasheets-0590.pdf

Manufacturer 

Infineon Technologies

On April 1, 1999, Siemens Semiconductors officially changed its name to Infineon Technologies. Infineon is a dynamic and flexible company. Success in the highly competitive and ever-changing microelectronics world is our constant goal. As the world's leading designer, manufacturer, and supplier, Infineon has a wide range of products used in various microelectronics applications. Our product portfolio includes not only logic products, including digital, mixed-signal, and analog integrated circuits but also discrete semiconductor products.

Conclusion

In short, the IRF5305 in power MOSFETs use the most reliable silicon process, offering designers an extensive array of devices that can be used to support a variety of applications, including AC motors and inverters lighting, SMPS loads, as well as battery-powered applications. Low thermal resistance and low package costs make it a popular acceptance in the market. Hope the above information could help you!