MAX1653EEE-T

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

Maxim\'s MAX1653EEE-T is a Switch-Mode DC-to-DC Controller IC designed for notebook PCs. It operates from 4.5V to 16V, providing up to 2A output current and allowing users to choose either Fixed Frequency or Variable Frequency PWM operation over a wide range of bus voltages. The MAX1653EEE-T is designed to reduce component count, minimize power losses, and provide better performance than alternative DC-to-DC solutions.

The MAX1653EEE-T combines power switching, regulation, and low quiescent current operation in one package. It provides adjustable soft-start, programmable over-voltage protection, and over-current sensing. It also offers adjustable output voltage or current limit, adjustable current-sense gain, adjustable switching frequency, and cycle-by-cycle current limit. By using external power MOSFETs, the MAX1653EEE-T provides the user with low-cost and high-efficiency power conversion.

The MAX1653EEE-T is specifically designed for notebook computing applications, offering high operating efficiency and simplified design. It operates in either Fixed-Frequency or Variable-Frequency PWM mode, allowing the user to select the pulse frequency of the output to best match the power supply design requirements. In addition, it has an on-board synchronous rectifier driver, allowing the user to build a synchronous switch-mode power supply with reduced external component count.

The MAX1653EEE-T is a DC-to-DC switching controller IC offering high operating efficiency and minimal external component count. It provides adjustable soft-start and programmable over-voltage protection. It can also operate from a wide range of inputs, allowing the user to select the frequency of the PWM output. In addition, it offers an on-board synchronous rectifier driver for a simpler design. Additionally, it combines power switching, regulation, and low quiescent current operation into one package.

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