Data Sheet
Rev.
0
1
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Overview
Features and Benefits
- 4.5V to 16V Input Voltage Range
- 0.6V to 5.5V Output Voltage Range
- 9A Maximum Load
- High-Efficiency Solution
- Up to 96% Peak
- Up to 95.5% Full Load
- Up to 94% Light-Load Efficiency at 1A with DCM Enabled
- Flexible Design allows Early PCB Definition
- Footprint Compatible with VT2491/VT2491A and Related Scalable Products
- Programmable Switching Frequency up to 1MHz
- Programmable Soft-Start and STAT Delay Timings
- Programmable Reference Voltage with External Input Option
- Programmable Positive and Negative OCP Limit
- Supports Current Sourcing and Sinking
- Advanced Architecture, Protection, and Reporting Guarantees Reliable Designs
- Analog Current or Temperature Reporting
- Differential Remote Sense with Open-Circuit Detection
- Fast Transient Response with Quick-PWM™ Architecture
- Percentage-Based Output Power Good and OVP
- Open-Drain Status Indicator (STAT) Pin
- Input Undervoltage and Overvoltage Lockout
- Adaptive Dead-Time Control
- Saves Board Space
- Integrated Boost Switch
- 19-Bump WLCSP (2.2mm x 2.8mm) Footprint
- Operation Using Ceramic Input and Output Capacitors
Product Details
The MAX16491 evaluation kit (EV kit) serves as a reference platform for evaluating the MAX16491 voltage regulator IC. This single-chip, integrated switching regulator provides an extremely compact, highly efficient, fast, accurate, and reliable power delivery solution for low-output voltage applications. The MAX16491 has different programmability options to enable a wide range of configurations.
The EV kit consists of a full-assembled and tested Printed Circuit Board (PCB) implementation of the MAX16491. Jumpers, test points, and input/output connectors are included for flexibility and ease-of-use. Refer to the IC data sheet for ordering information and more details.
Getting Started
REQUIRED EQUIPMENT
- MAX16491 EV kit
- 4.5V to 16V power supply
- Load capable of sinking 9A
- Oscilloscope, probes, and voltmeter
Documentation & Resources
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MAX16491EVKIT: MAX16491 Evaluation Kit Data Sheet (Rev. 0)4/6/2023PDF1 M
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MAX16491 EVKit ODB Files2/3/2023ZIP3 M