MCP16312T-E/MS

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MCP16312T-E/MS is an integrated circuit used as a DC-DC switching regulator in power management integrated circuits (PMIC) family. It is a highly integrated power solution that offers superior performance and flexibility in a small package.

The MCP16312T-E/MS operates as a synchronous, fixed-frequency step-down switching converter, capable of delivering up to 3A of continuous output current. It is designed to reduce power consumption by efficiently converting the input voltage to the desired output voltage from 1.8V to 34V. The regulator offers two current modes of operation: forced PWM mode with external feedback and power-save mode (PSM) without external feedback. In forced PWM mode, the hysteretic loop is enabled and the converter runs at constant frequency up to the maximum output current. In power save mode, the converter can operate at lower current consumption but only limited output current can be achieved.

Features of the MCP16312T-E/MS include wide input voltage range (from 6V to 28V), output voltage accuracy of ±2%, ±3% over-temperature protection up to 150°C ambient temperature, current-limit protection and short-circuit protection. The device also features short-circuit protected (SCP) and thermally-limited (TL) output capability, PGOOD and OL indicators, adjustable soft-start, internal current limit and output voltage monitoring.

The MCP16312T-E/MS is ideal for applications such as immersive LCD display backlighting, digital camera power supply, embedded computing and automotive power supplies. It offers low-current consumption, wide operating temperature range, high reliability and droop-free output voltage for low-noise output voltage.

The MCP16312T-E/MS is an efficient, cost-effective and highly integrated power solution for various applications requiring a high-performance DC-DC switching regulator. It offers low power consumption, wide operating temperature range, high reliability and droop-free output voltage for low-noise output voltage.

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