TPCA8028-H(TE12LQM Discrete Semiconductor Products

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The TPCA8028-H (TE12LQM) is a single N-Channel MOSFET (Field Effect Transistor) from Toshiba. These FETs make it possible to handle much higher currents than other types of switches and transistors, making them ideal for use in a wide range of applications. This article will explain the features and working principle of the TPCA8028-H FET and the applications where it can be used.

The TPCA8028-H FET is a single N-Channel MOSFET, meaning that it has one main channel through which current can flow. It is a lateral type device, meaning that the channel runs parallel to the surface of the substrate. The device is constructed using a P+ diffusion layer and a P- diffusion layer formed on the surface of the substrate to form the channel.

The TPCA8028-H has a high packing density due to its ability to switch between two states quickly. This makes it ideal for applications that require high switching speeds, such as signal processing and power control.

The TPCA8028-H FET has a high current capacity, allowing it to be used in high-power applications. It is also capable of withstanding large instantaneous currents, making it suitable for use in AC supplies and automotive applications.

The TPCA8028-H has a low on-state resistance, meaning that it produces less heat than other types of FETs. This makes it more efficient in high-power applications. It also has protection features such as ESD and current limit protection which make it suitable for use in safety-critical applications.

The TPCA8028-H FET can be used in applications such as switches and inverters, motor drives, and high-power amplifiers. It is also often used in controlling power supplies, switching power amplifiers, and motor drives. It can also be used in supply converter and motor control applications.

The working principle of the TPCA8028-H FET is based on a principle known as ‘Goldstein’s Break-Over’. This is a mechanism by which the FET can be switched between two states quickly, without generating too much heat in the process. In order to switch between the two states, the gate voltage of the FET must be changed. This is done by connecting the gate to the power source and allowing the gate charge to accumulate over time until the threshold voltage is reached. Once this is done, the FET will transition from the low state to the high state.

The TPCA8028-H FET is an ideal choice for applications requiring high switching speeds, high current capacity, and low power consumption. It is especially useful in power control, signal processing, and motor control applications. It is also well suited for use in safety-critical applications, due to its protection features.

In conclusion, the TPCA8028-H FET is an ideal choice for applications requiring high switching speeds, high current capacity, and low power consumption. It is especially useful in power control, signal processing, and motor control applications. It can also be used in safety-critical applications due to its protection features.

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