HIP2106AIRZ

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HIP2106AIRZ Applications Field and Working Principle

HIP2106AIRZ is a high-efficiency Power Management Integrated Circuit (PMIC) Gate Driver that provides low on-resistance and high-frequency switching performance. It offers commanding control to accommodate a wide range of power conversion applications. The HIP2106AIRZ provides an ideal option for PMIC-Gate Driver applications and offers a powerful, efficient and cost-effective solution for a number of gate driver applications, including AC to DC and DC to DC converters, solar inverters, and motor control applications.

Basic Construction

The HIP2106AIRZ is a monolithic integrated circuit featuring an 8-Channel output stage. It is built with high voltage switch and high voltage FETs (Field Effect Transistors) for performance robustness. The on-resistance of the 6 power metal oxide semiconductor (MOSFET) is minimized to enable high-frequency switching characteristics. An integral high-voltage level shift circuit is also integrated in the IC to offer output connections under high voltage conditions. The IC is equipped with circuitry to provide thermal protection and fault protection.

Features and Benefits

The HIP2106AIRZ provides the following features and benefits:

• Low on-resistance with breakdown voltage of more than 500V;
• High-frequency switching performance with peak-to-peak overshoot and dv/dt noise suppression capabilities;
• Low power consumption for improved power efficiency;
• High temperature tolerance and reliability;
• Easy to configure and operates with low-voltage logic interface.

Applications

The HIP2106AIRZ is designed to provide superior performance and control in a wide range of power management applications, including AC to DC, DC to DC converters, solar inverters, and motor control applications. The HIP2106AIRZ provides a cost-effective alternative for gate drivers in a variety of applications. The ability of the IC to operate at elevated temperature without the need of additional fans makes it an ideal choice for applications in harsh environments.

Working Principle

The HIP2106AIRZ works by using two integrated FETs to control a single gate drive. The high voltage FETs act as a logical switch allowing current to flow across the gate of the MOSFET. The current flow is controlled by a low-voltage logic interface, which can be used to set the specific voltage level needed to activate the gate driver. The gate driver then provides the necessary switching performance to drive the load from the source. In addition, the gate driver can also be used to control the on time and off time for each of the channels that are connected, enabling precise control of the load.

Conclusion

The HIP2106AIRZ is a powerful and cost-effective Power Management Integrated Circuit (PMIC) Gate Driver that can provide superior performance and control in a variety of applications. It offers a low on-resistance and high-frequency switching performance, as well as protection against thermal and fault conditions. Additionally, it is easy to configure and operates with low-voltage logic interface, making it an ideal choice for power conversion applications. Overall, the HIP2106AIRZ is an excellent option for PMIC-Gate Drivers applications and provides an efficient and reliable solution for a range of gate driver applications.

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