IRL630SPBF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

IRL630SPBF is a Power MOSFET (Insulated-gate Bipolar Transistors) transistor device which is ideal for power management in the smart grid, motor control, and consumer electronics. The device can be used in numerous application elds such as switching power supplies, lighting, digital load, and static converters. This MOSFET device is speci cally designed to operate in heavy industrial application elds, where power e ciency is a top priority. This article will explain the application eld and working principle of IRL630SPBF.

Application Field

IRL630SPBF can be used for a variety of applications, such as switching power supplies, lighting, digital load, and static converters. It is often used for low voltage applications such as connecting various products in the industrial, automotive, computer, and consumer electronics markets. Additionally, the bipolar process of the IRL630SPBF offers low on-state resistance, allowing for greater power e ciency. The power MOSFET also features a high-speed switching time, permitting the voltage drop to decrease quickly, which increases energy savings. IRL630SPBF can also be used as a switching element in industrial motor control applications.

IRL630SPBF is resistant to static electricity, making it ideal for use in static converters, especially when used in the automotive market. The device is also robust enough to protect against short-circuits, making it an ideal choice for a range of applications. Furthermore, its low current leakage makes it suitable for large AC applications, such as uninterruptible power supply (UPS).

Working Principle

The IRL630SPBF is a Power MOSFET based on the vertical DMOSFET process. This device uses the principle of majority carrier conduction, meaning that electrons ow between the drain and the source by the same mechanism as in a BJT, but with the gate insulated from the surface of the device. The primary advantage of this process is that the device can support higher currents with relatively low on-resistance.

The operating voltage of the IRL630SPBF is 30V, its operating current is 80A and its on-state resistance is 40 mOhm. Its maximum switching frequency is 100KHz and the maximum operating temperature is 150°C. The switch has an insulated drain-source diodes to help protect against transient. Additionally, the device features a rugged yet soft non-linear capacitance curve which reduces the ringing during transition and provides high-speed switching with low EMI.

The IRL630SPBF can be activated via an external gate resistor or an external gate capacitor. When an external gate resistor is used, the current ow is limited to the closed circuit and no voltage is applied. With an external gate capacitor, an appropriate voltage is applied to the gate in order to activate the device. When the power is disconnected, the gate capacitor behaves as a short circuit and no current flows, resulting in a quiet switch.

When compared to other MOSFETs, the IRL630SPBF has superior characteristics, such as a low on-resistance, a high-speed switching time, and protection against static electricity. Furthermore, its rugged yet soft non-linear capacitance curve helps to reduce the ringing during transition and provides high-speed switching with low EMI. All these factors make IRL630SPBF an ideal solution for industrial, automotive, computer, and consumer electronics applications.

The specific data is subject to PDF, and the above content is for reference