MAX17600AUA+T

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PMIC or power management integrated circuits are used to control and regulate electrical power, no matter it is AC or DC. Commonly used PMIC include voltage regulators, amplifiers, motor drivers, energy harvesters, Li-ion battery chargers, and more. Among them, Gate Drivers are an important subcategory, which could be used to drive gate signals for different devices, such as MOSFETs, IGBTs, bridge rectifiers, and EMI filters.

The MAX17600AUA+T is a highly efficient gate driver from Maxim Integrated. It features a wide range of application fields and robust working principles.

Application Field of MAX17600AUA+T

The MAX17600AUA+T is suitable for low-side and high-side gate driving applications, such as motor control, dimming and LED drivers, telecom and industrial power supplies, OR-ing circuits, and electronic lamps.

It is a three-phase gate driver, which could be used to control three-phase motors. Additionally, it is also suitable for driving EMI filter circuits, as it features a low-profile LP-EMI package and differential inputs.

Features of MAX17600AUA+T

The MAX17600AUA+T comes with many features, which include:

• High output current: up to 2A peak
• High-speed operation at 10MHz
• Low on-resistance of 4mΩ
• Low switching losses of 14ns
• Under-voltage lockout
• Over-temperature protection
• Over-current protection
• Opto-isolation

Working Principle of MAX17600AUA+T

The working principle of the MAX17600AUA+T is relatively simple. When a gate signal is sent from the input stage, it passes through an opto-isolator, which isolates the input and output stages, allowing for high-speed gate driving without interference. Then, the gate signal is amplified and sent to the gate of the MOSFET or IGBT. When the MOSFET or IGBT is turned on, current passes through the device, making it possible for the system to perform various functions.

The MAX17600AUA+T also features built-in protection mechanisms. These mechanisms ensure that the driver will not be damaged when it is exposed to excessive temperatures or high amounts of current. Additionally, the MAX17600AUA+T also features voltage and current monitoring, allowing users to set up safe operating parameters.

Conclusion

The MAX17600AUA+T is an efficient, high-performance gate driver from Maxim Integrated. It is suitable for a wide range of applications, including motor control, dimming, LED drivers, telecom and industrial power supplies, OR-ing circuits, and electronic lamps. Additionally, it features high output current, high-speed operation, low on-resistance, and robust protection mechanisms, making it an ideal choice for high-power applications.

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