MIC2126YML-TR

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The MIC2126YML-TR is a synchronous step-down dc-dc controller, providing a complete power solution for a wide range of applications. It consists of a highly integrated monolithic integrated circuit that includes a high-efficiency PWM controller, a high-current gate driver, an output voltage supervisor, and two on-board current sensing elements. This series of controllers offer the simplest and most cost-effective solution for a wide range of step-down dc-dc applications.

The MIC2126YML-TR\'s regulation loop system provides a fast and precise current regulation, ensuring stability and protection against output over current conditions. It has a wide tolerance range of input voltage, making it suitable for wide-ranging applications. It also features low power dissipation features, providing design flexibility and cost savings, as well as high efficiency.

The MIC2126YML-TR can be used in a variety of applications. It is ideal for 12V and 48V system architectures and telecom applications. It can also be used in non-isolated dc-dc designs, such as LED lighting, automotive, IoT, Industrial, and consumer applications.

The MIC2126YML-TR series offers numerous benefits to designers of dc-dc switching controller applications. It includes a high-performance PWM controller to provide fast transient response and accurate output voltage regulation. This controller operates at switching frequencies up to 2 MHz, allowing for up to 95 % efficiency. It also includes a high-current gate driver with a unique synchronous demagnetization feature that helps reduce EMI. Additionally, the series includes an output voltage supervisor to ensure accurate output voltage regulation, and two on-board current sensing elements to reduce component count and cost while providing accurate current sensing.

Overall, the MIC2126YML-TR series is an excellent choice for dc-dc switching controller applications. It is a highly integrated solution with a small footprint, excellent efficiency, and great transient response. It also offers designers the flexibility to adjust the output voltage and minimum on-time, providing a cost-effective solution for a wide range of applications.

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