MAX16126TCC+

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The MAX16126TCC+ is a specialized Power Management Integrated Circuit (PMIC) from Maxim Integrated. It is designed for use in applications requiring high performance, low power and low noise power-on reset (POR) control, as well as for monitoring and providing ultra-low power reset for energy harvesting and other special applications.

The MAX16126TCC+ is a versatile high-capacity, low-power device that provides robust power-on reset control and other power management features such as power save and diagnostic functions. The device includes a main high-performance voltage regulator for system voltage and high-quality output voltage regulation. It also includes an integrated programmable low-dropout (LDO) linear regulator and programmable switch-mode power supply. The MAX16126TCC+ incorporates a sophisticated mixed-signal circuit that supports phase-frequency detection and current-mode control, enabling accuracy and flexibility in power management.

The MAX16126TCC+ is ideal for a variety of applications such as wireless devices and battery-powered equipment. It is designed to provide superior performance in low power, low noise and high reliability applications. The device provides low-power POR control and monitoring, as well as low-power power-save and power-on reset modes for energy harvesting and other specialized applications.

The MAX16126TCC+ is optimized for low power consumption, which makes it ideal for battery-operated systems. It operates over a wide temperature range of -40C to +85C and is capable of providing reliable performance even in harsh operational environments. The device also features an integrated high-side MOSFET switch, allowing the output voltage to be lowered or cut off completely in case of an over-voltage or over-current condition in the system.

The MAX16126TCC+ provides an industry-best voltage accuracy of 0.75% over temperature. Its programmable high-current switching power supply and high-efficiency linear regulator enable designers to optimize power management performance. The device also features a programmable phase-frequency detector and a current-mode control loop that ensure high-performance and low noise operation.

The MAX16126TCC+ is designed to minimize electromagnetic interference by providing a low-noise operating environment. The device also features a robust POR circuit and low-power monitoring capability that monitors the power supply status and resets the system if an over-voltage or over-current condition occurs.

The MAX16126TCC+ is RoHS compliant and provides superior power management performance for a variety of applications including low-power system control, portable devices and embedded systems. It is also ideal for applications requiring robust power-on reset control, power supply monitoring and energy harvesting capabilities.

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