TC1413NCOA713

The TC1413NCOA713 P-Channel MOSFET driver IC (PMIC - Gate drivers) is designed to drive N-Channel MOSFETs operating with high Input-Output isolation. It is suitable for turn-on applications operated with low off-state current in industrial and consumer products. The driver is capable of driving up to 11.5A load of current without affecting the device\'s performance.

The TC1413NCOA713 gate driver IC is ideal for use in industrial loads and consumer applications; from powering applications such as reset power rail and voltage regulator sequencing, to OEMs., Central Offices, Medical, Telecommunications and Network Switching. It is ideal for automotive applications, such as lighting and audio, as well as other consumer applications that require reliable high-current switching.

The TC1413NCOA713 gate driver IC can also find its place in fans, pumps, meters and actuators. By providing a high-current switching capability and robustness of the device, the TC1413NCOA713 gate driver IC is optimal for automotive and industrial applications.

The TC1413NCOA713 gate driver is designed to drive high and low side N-channel MOSFETs with a fixed voltage input level and output current. The gate driver IC works on the principle of Input-Output Isolation. The driver brings the output voltage of the MOSFET to its on-state level when the enable pin is high, and to its off-state level when the enable pin is low. It has the capability to provide a voltage shift to the gate of the MOSFET to prevent the MOSFET from turning on when the enable pin is low.

The device includes an integrated charge pump as well as advanced protection features. The driver also has built-in under-voltage lock-out, reverse-battery protection, short-circuit protection, thermal shutdown, and over-voltage protection. It also has an open-drain enable pin, which reduces the number of pins necessary to enable and disable the device.

The TC1413NCOA713 gate driver is an ideal solution for applications requiring high-current switching capability and robustness. Its features like fixed voltage input level, fast transient response, open-drain enable pin and integrated protection features makes it suitable for various electronic applications such as industrial control, automotive, medical and telecommunications.