ADP2230ACPZ-1833R7

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The ADP2230ACPZ-1833R7 is a highly efficient dual buck DC-to-DC converter Synchronous Buck regulator Module. It is designed to allow board-level suppliers to quickly obtain the high performance and flexibility needed to power complex devices. It is housed in an RoHS compliant, 2mm x 2mm x 0.65mm QFN-8 package and contains the regulator, monolithic MOSFETs, and all associated components. The device operates from an input voltage of 2.7V to 5.5V and provides a regulated output voltage adjustable from 0.6V to 5V. It has adjustable switching frequency with a range of 200 kHz to 2.2 MHz, and adjustable slew rate controlled by two external resistors.

The regulator has two channels, each of which can be used singly or in tandem. Each channel employs two internal MOSFETs which drive a regulated current through the output load, resulting in less power consumption compared to linear regulators. It features peak current mode control which allows the converter to respond quickly to changes in load conditions. In addition, it has an on-board EMI filter and requires minimal external components to effectively reduce ripple and noise in the output.

The ADP2230ACPZ-1833R7 also includes a number of output voltage choices, including adjustable, fixed 2.5V, 1.8V, 1.2V, and 0.6V. Each output is protected against over-voltage and reverse current. The device supports pulse-width modulation and pulse-duration modulation, as well as auto-slope compensation and trapezoidal ramping for smooth operation over varying duty cycles. It also includes programmable soft start, adjustable current limit, and thermal shutdown protection.

The ADP2230ACPZ-1833R7 DC-DC synchronous buck converter module is suitable for a variety of applications including portable electronics, notebooks, netbooks and tablets, and cell phones. It is designed to provide high efficiency and flexibility in powering complex devices and requires minimal external components to reduce noise and ripple on the output. With its high performance and low power consumption, it can be an ideal choice for efficient power delivery.

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