IRLR3303TRLPBF

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IRLR3303TRLPBF is a N-Channel MOSFET transistor developed by International Rectifier Corporation, which operates at a very low voltage and high current. It is specifically designed to be used in the outer and inner power circuits of all types of digital systems, such as chargers, converters, inverters, switch mode power supplies and dc motor controllers. IRLR3303TRLPBF also have excellent dynamic characteristics with minimum switching time for improved efficiency and fast response.

IRLR3303TRLPBF can be used to provide over-current protection, inrush current limiting, load configuration and any other applications that require specific levels of current or voltage control. IRLR3303TRLPBF has the ability to control the current flow by adjusting its gate thresholdvoltage through applied signals. It can provide up to 30A continuous current and up to100A peak current.

The working principle of IRLR3303TRLPBF is based on a Metal–Oxide–Semiconductor Field-Effect Transistor (MOSFET). It has an insulated gate which is isolated from the drain electrode. The electric charge flow from the source to gate terminal will produce a voltage difference between gate and source, which will control the drain-source current. By changing the gate voltage, the drain-source current will also be changed accordingly.

In the application field, IRLR3303TRLPBF have extensive usage in charge pumps and buck converters for computing devices. It can also be used for variable frequency variable voltage dimming control and automatic compensators for power line communication / noise filterings. Furthermore, IRLR3303TRLPBF can be used in frequency locked loops, high performance SMPS control, stepper motor control, and audio application. It is a very versatile device with wide applications.

Considering its low on-state resistance, low drive current, low gate threshold voltage and its ability to sustain high current, IRLR3303TRLPBF is really suitable for a wide variety of applications. With its exceptional performance, many manufacturers of digital systems prefer to use IRLR3303TRLPBF for their projects.

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