MVE-2513

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MVE-2513 is an advanced low voltage integrated circuit designed for power transistor protection applications. A unique feature of this device is that it offers both protection from damage caused by short circuits and a low voltage protection feature to protect the circuit from catastrophic failures due to overvoltage. The MVE-2513 is also designed to ensure that the power transistor remains in a safe operating condition even during extreme conditions.

The MVE-2513 is a semiconductor integrated circuit based on Integrated Gate–Field Effect Transistor (IGFET) technology and has a maximum operating voltage (V) of 25V. It is typically used in power electronics applications for protection against current-overloads, short-circuits and overvoltage. This device is most often used to protect power transistors in relays, motors and power supplies.

The MVE-2513 has a variety of possible applications such as the protection of power transistors from current overloads, short circuits and overvoltage in relays, motors and power supplies. This device can also be used for fast electronic switches for active power supplies. Additionally, this device also finds applications in low level switching and current sensing applications.

The working principle behind this device is based on the fact that the drain current of a MOSFET is strongly dependent on the gate voltage. The device is designed to sense the drain current of a power transistor and determines if it is below a certain threshold. If the power transistor is running above the threshold voltage, the device activates and provides protection for the power transistor by actively limiting the current flow through the device.

The MVE-2513 works by constantly monitoring the drain current of the power transistor. When the drain current exceeds the threshold current, the MVE-2513 instantly takes action to limit the damage. It quickly activates a special FUSE feature that clamps the current to a safe level and prevents further damage. Furthermore, it also actively keeps the voltage level on the drain of the power transistor below the maximum operating voltage to ensure the safety of the element.

The protection mechanism of the MVE-2513 also features a variety of overvoltage protection functions to protect integrated circuit components from being destroyed by excessive voltages. It automatically shuts off the power transistor if the voltage level on the drain exceeds its maximum operating voltage. This ensures that the components remain in a safe state and that their performance remains consistently reliable.

In conclusion, the MVE-2513 is a highly advanced low voltage integrated circuit designed to protect power transistors in a wide range of applications. It offers reliable protection from both short circuits and overvoltage. Additionally, it features a range of important overvoltage protection functions that ensure the longevity of the integrated circuit components.

The specific data is subject to PDF, and the above content is for reference