IPP47N10SL26AKSA1

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IPP47N10SL26AKSA1 is an enhancement mode N-Channel MOSFET designed for power switching applications. This device is well suited for motor controls, converters, pumps and solenoids. It is provided in the PQFN 6FDFN package which is easy to mount and operate.

The working principle for this device is remarkably simple. It uses a metal-oxide-semiconductor (MOS) as an electronic switch. When the gate voltage of the MOSFET is lower than the source voltage, the device is off and no current will flow. However, when the voltage rises and exceeds the threshold voltage of the MOSFET, it turns on and current can flow through the channel. This MOSFET is specifically used in power applications.

The Ipp47N10SL26AKSA1 is perfect for driving DC brushless motors, inductive device, and other applications that are controlled by low voltage digital logic signals. It has an RDSon (drain to source resistance) of 8.7mΩ at 25°C and the on-state resistance is generally lower than other transistors. It also has a low gate charge of around 8pC and can handle a current up to steadily 10A. Furthermore, this device is provided with excellent thermal conditions and repetition rates.

The Ipp47N10SL26AKSA1 has a wide variety of applications such as server power supplies, LCD monitors, white goods, desktop PCs, and automotive. It is compatible to the load switch market and used in battery management systems, cameras, USB ports, and portable electronics. In addition, this device is also suitable IEEE802.11ac circuitry which is the most recent 802.11 standard. It can be used in several applications that include firewire and audio applications.

In conclusion, the Ipp47N10SL26AKSA1 MOSFET is a highly efficient and reliable device for power switching applications. It is easy to mount and operates and can be used in a variety of applications. The working principle of the device is simply the application of voltage to the gate of the device and is ideal for driving DC brushless motors, inductive devices and low voltage digital logic signals.

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