SISC097N24DX1SA1

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SISC097N24DX1SA1 is a Single P-Channel Enhancement Mode MOSFET featuring N-Channel technology. It is typically used in low side switching applications such as motor control, dc-dc converters and general purpose load switching. It is also used in battery managers and battery protection circuits, automotive and mobile systems, portable equipment, and any other applications requiring an exceptionally low on-resistance solution.

SISC097N24DX1SA1 is a product of Vishay Siliconix, and features a low on-resistance of 4 mΩ at 25 V, a high drain current of 24 A, a total gate charge of 12.9 nC, and an IDSS ranging from 4.3 to 32 A. It also has an extremely low thermal resistance of 1.1 K/W, allowing for efficient thermal management.

The working principle of a SISC097N24DX1SA1 is based on its unique P-channel enhancement mode MOSFET design. When the gate-source voltage is below the threshold voltage, no current flows between the drain and source. When the gate-source voltage is above the threshold voltage, current is allowed to flow through the device. The amount of current that flows depends on the amount of gate-source voltage applied. The device also enables a fast switching time, which is important in applications such as motor control and dc-dc converters.

In addition to its low on-resistance, SISC097N24DX1SA1 also features an internal body diode for ESD protection, as well as a built-in temperature protection circuitry for protecting against thermal overstress. Its small footprint and robust design make it suitable for a variety of applications, allowing it to perform optimally in small spaces and harsh environments.

SISC097N24DX1SA1 is an ideal solution for a variety of applications, such as power management, motor control, automotive, mobile systems, as well as any other applications requiring a low on-resistance MOSFET with a small footprint. Its ability to provide fast switching times and its efficient thermal management capabilities make it the ideal choice for applications that require advanced power solutions.

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