DMPH4015SPS-13

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The DMPH4015SPS-13 is a high performance depletion mode, field effect transistor. It is composed of a single monolithic junction field-effect transistor (FET) device that is ideal for power management applications. These devices come with a variety of features that make them suitable for a wide range of applications such as switching power supplies, industrial power control, and power supplies for entertainment systems.

The working principle of this device is based on the behavior of electric charge carriers, which can be either electrons or holes (positive charges). When a voltage is applied across the gate and source or drain of the device, the resulting electric field exerts a force on the electric charges, pushing them away from the gate and toward the source or the drain. This movement of charge carriers constitutes a current flow which can be regulated by controlling the resulting electric field.

The DMPH4015SPS-13 offers a breakdown voltage of up to 200V and a maximum peak current of 80 A in a very small package – just 9mm x 10mm. It has a wide operating temperature range from -55°C to +150°C and an extremely low gate threshold voltage of 0.1V. In addition, the device can be easily integrated with other components and can be used for applications such as displays, video processors, and power management equipment.

The DMPH4015SPS-13 is designed to be able to handle both low and high-current applications, and delivers a very long operating life with a wide range of performance characteristics. It is also compatible with a variety of packaging options, including a 3-pin in-line and surface-mount solution, as well as traditional solder palette packages. This makes it an ideal choice for applications where miniaturization is a requirement.

Due to its performance and reliability, the DMPH4015SPS-13 is an ideal solution for applications where space is an issue and power needs to be managed with precision and efficiency. The device is especially useful in applications where low current levels are required and in power control mechanisms.}

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