MCP16301HT-E/CH

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The MCP16301HT-E/CH is a high-efficiency, monolithic, stepped-down (buck) DC/DC buck converter from Microchip’s continuous-time-switching (CTS) family of integrated circuits. It offers a cost-effective solution to converting down to and up from a nominal input supply of either 2.7 V and 5.0 V with efficiencies up to 94.5%. The MCP16301HT-E/CH features an ultra-low quiescent current of 350nA in all states and offers low ripple and noise on the output. The MCP16301HT-E/CH features a 0.9 V to 4.425 V 0.5% precision reference with a maximum dropout voltage of 50mV. This helps keep the output voltage in a tight range when there are frequent changes in load current.

The MCP16301HT-E/CH can operate from 2.7 V to 5.0 V input and is optimized for higher input voltages, providing greater value for applications such as battery-powered devices and wireless sensor microcontrollers. With its high level of efficiency, it also provides improved power dissipation and longer runtime in battery-powered applications. It is suitable for point-of-load applications such as LCD displays, backlighting, and low-dropout (LDO) applications.

The MCP16301HT-E/CH features a wide-variety of output static and dynamic control modes. It includes an adjustable soft-start ramp (SSR) feature and over-current protection (OCP). The MCP16301HT-E/CH can be used in either a Pulse Width Modulation (PWM) or average current-mode control (ACM) configuration. The PWM mode provides switching at a fixed frequency of up to 500 kHz, while the ACM mode provides switching frequency that varies based on load current.

The MCP16301HT-E/CH utilizes a single-ended current-source converter topology, which offers a high power density. It features a low-dropout regulator that is adjustable from 0.9 V to 4.425 V with a maximum dropout voltage of 50 mV. It also provides adjustable soft-start ramp and over-current protection that can be configured for either PWM or average current-mode control.

The MCP16301HT-E/CH can operate from 2.7 V to 5.0 V input and is optimized for higher input voltages. It is also designed for operating at high-switching frequencies, making it suitable for point-of-load applications such as LCD displays, backlighting, and low-dropout (LDO) applications. The device features a wide-variety of output static and dynamic control modes, including adjustable soft-start ramp (SSR) feature and over-current protection (OCP). It utilizes a single-ended current-source converter topology, which offers a high power density. It also provides adjustable soft-start ramp and over-current protection that can be configured for either PWM or average current-mode control.

The MCP16301HT-E/CH is designed to support low component-count, space-saving applications with a single integrated device capable of providing high-efficiency power for up to 5.0V inputs. It is ideal for customers designing for higher voltage inputs, such as battery-powered or wireless sensor microcontrollers. With its high efficiency and ultra-low quiescent current, it provides improved power dissipation, longer runtime and stability in battery-powered applications. It is ideal for applications requiring a high degree of accuracy, such as LCD displays, backlighting, and low-dropout (LDO) applications.

In summary, the MCP16301HT-E/CH is a high-efficiency, monolithic, stepped-down (buck) DC/DC buck converter from Microchip’s continuous-time-switching (CTS) family of integrated circuits, designed for applications requiring a high degree of accuracy, such as LCD displays, backlighting, and low-dropout (LDO) applications. It is optimized for higher input voltages, providing greater value for applications such as battery-powered devices and wireless sensor microcontrollers. It offers a cost-effective solution to converting down to and up from a nominal input supply of either 2.7 V and 5.0 V with efficiencies up to 94.5%. It features an ultra-low quiescent current of 350nA in all states and offers low ripple and noise on the output, as well as adjustable soft-start ramp (SSR) feature and over-current protection (OCP).

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