MAX8599ETE+T

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The MAX8599ETE+T is an advanced, cost-effective, and highly integrated system power management solution used widely in power systems, especially for those which require multiple voltage rails for digital, memory and logic core power supplies. This advanced power management device is designed to provide improved power supply design flexibility and superior transient performance. This device is designed to be packaged in a space-saving SOT-23 package, and is ideally suited for powering microprocessors, microcontrollers, digital signal processors, and other digital devices.

The MAX8599ETE+T is a DC/DC switching controller which provides precision, high-performance and flexible power management for microprocessors, microcontrollers, DSPs, ASICs, FPGAs, and other digital devices. It is a two-phase, dual output voltage regulator which operates with a wide input voltage range of 4.5V to 18V. The device is designed to provide multiple, programmable, output voltage rails including: +0.8V, +1.5V, +1.8V, +2.5V, +3.3V, and + VDDQ. The device has independent phases with sequential phase control, allowing flexibility and improved dynamic system performance, with user-defined phase transitioning to provide maximum control of power supply voltage and current throughout an applications power-up and power-down sequences. The device has a wide input range, a slew rate of 1mA per 60ns, and a high noise immunity of 350mV. It features a programmable voltage range and programmable output voltage range which can be easily customized for different digital system applications.

The working principle of the MAX8599ETE+T is based upon a multiple-phase voltage regulation system, wherein the power and control components are distributed among the various phases, allowing for improved system protection and control. The device provides protection against overvoltage (OV), undervoltage (UV), overcurrent (OC), and thermal (TH) conditions, which can be enabled/disabled or enabled/triggered through user programming. In addition, the MAX8599ETE+T employs a unique phase sequencing approach which allows each phase to be activated independently, providing dynamic phase ratio changes with maximum power supply design flexibility to improve system performance. In addition, timing accuracy of the MAX8599ETE+T is greatly increased due to its high speed microsequenzer that is capable of accurately sequencing output voltages. Overall, the MAX8599ETE+T offers superior performance, flexibility and cost-effective solution for power supply design needs.

The MAX8599ETE+T is an ideal solution for microprocessor, DSP, and ASIC applications which require multiple voltage rails. Applications utilizing the device include laptops, desktops, servers, networking, and communications systems. The device is an excellent choice for those applications requiring increased power supply flexibility, transient performance, and power optimization. The device is also beneficial for those requiring improved system protection, since it allows for user-defined protection features.

The MAX8599ETE+T is a highly featured and cost-efficient device for powering microprocessor, DSP, and ASICs applications. Its unique design provides improved power supply flexibility, transient performance, power optimization, and system protection with user-defined programming options. In addition, the device offers improved timing accuracy, as well as superior power savings and increased system protection. The MAX8599ETE+T is an ideal solution for those applications requiring multiple voltage rails and excellent transient performance.

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