AOZ1036PI

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DC/DC switching regulators are integrated circuitry that are commonly used to convert direct current (DC) from one voltage level to a different, regulated voltage level. The AOZ1036PI is an advanced integrated high voltage synchronous buck controller from Alpha and Omega Semiconductor (AOS) featuring high efficiency, wide input voltage range (4V to 18V) and adjustable output voltage (0.8 to 5V).

The AOZ1036PI has a high current capability and can deliver up to 4A of continuous output current. It can be used in applications requiring high accuracy, low noise and fast transient response. Combined with an external MOSFET and small external components, a fully-featured DC/DC switching regulator solution can be designed.

The AOZ1036PI’s average operating current is typically only 140µA, greatly reducing its power consumption compared to traditional solutions. An integrated patented Power Commerce technology helps the device deliver full power even at light loads, resulting in higher efficiency.

The device also includes an external voltage sense feedback feature to provide accurate reference for the output voltage. This ensures the output voltage is within a configurable range with great accuracy. Additionally, the AOZ1036PI has an internal soft-start feature which minimizes any overshoot or inrush current on startup.

Other features of the AOZ1036PI include an under-voltage lockout (UVLO) that protects the device from damage due to insufficient input voltage, as well as an adjustable over-current protection (OCP) and output disconnection that protect the system against over-current load conditions.

Given its features, the AOZ1036PI is suitable for use in a variety of applications, including laptop and desktop computers, consumer and industrial computing systems, networking equipment, automotive applications, servers, and telecommunication systems.

The AOZ1036PI is easy to use, allowing designers to quickly create power solutions with a high level of accuracy and efficiency. Its small footprint makes it an ideal solution when space is limited.

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