APTM20DUM05TG

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The APTM20DUM05TG is a integrated module of two P-channel MOSFETs with series connection, and is mainly used in power supply circuit designs which require low power on/off switching with low resistance. This device can provide up to 60A of current on each channel with a maximum resistance of 0.009Ω at 25℃. Its high current capability makes it an ideal choice for applications such as DC-DC converters, power supplies, motor controls and battery management systems.

The APTM20DUM05TG is an N-MOSFET array, which provides a highly efficient on/off switching solution for power supply designs. It features two P-type MOSFETs with series connection, which allow for a low power on/off switching. The device also comes with ESD protection on all pins, providing enhanced durability and a longer product lifespan.

The APTM20DUM05TG can be used as a low on-resistance switch to control the flow of current in power supply designs, such as motor controls and DC-DC converters. It is also a great device to use in battery management systems, as it provides both low resistance and low power switching capabilities. Additionally, the device has an operational temperature range of -65°C to +150°C, enabling its application in wide range of environments.

The working principle of the APTM20DUM05TG is based on the primary principle of MOSFETs, which is the "gate-source voltage" technique. A voltage is applied between the gate and source terminals of the MOSFET, which turns the switch on. When the "gate-source voltage" is increased, the transistor is turned off, and no current is able to flow through the transistor. The APTM20DUM05TG is designed to optimize this process, allowing for efficient control of current in power supply designs.

The APTM20DUM05TG is an ideal choice for applications requiring low resistance, low power switching solutions. It is a highly efficient device, with a maximum resistance of 0.009Ω, and an operational temperature range of -65°C to +150°C. The device also has enhanced durability, and is protected against ESD damage on all pins. The device\'s gate-source voltage technique makes it perfect for controlling current in power supply and battery management designs.

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