MC35FS6502NAER2

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PMIC, or Power Management Integrated Circuit, are components used in complex electronic systems to manage the power supply. The MC35FS6502NAER2 is a specialized PMIC that offers an efficient, reliable, and highly integrated power system solution for a wide range of applications from low power portable electronic devices to complex system designs. It is unique in its range of use cases and capabilities.

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The MC35FS6502NAER2 PMIC is a specialized integrated circuit that is optimized for efficient power supply management of mid-range communication, embedded and industrial systems. Its purpose is to sense, regulate, and control the power load of an entire system. The speciality of the MC35FS6502NAER2 lies in its ability to perform its power management tasks while maintaining a low system power consumption. Thus, it makes it ideal for applications such as Wi-Fi, Bluetooth, 3G, 4G LTE, DVB-T2, Zigbee, IPTV, video over IP, and Near Field Communication (NFC) applications.

The MC35FS6502NAER2 is equipped with a configurable power rail for multiple power re-configurability, making it an ideal choice for applications that require supply rail reconfigurability. It also provides advanced power metrics notifications and monitoring via an ALARM pin indicating battery low, battery critical, and over-temperature conditions. An integrated low power buck mode operation will ensure uninterrupted operation of the system in sleep or standby mode.

The MC35FS6502NAER2 integrates three separate on-chip regulators, namely the VOUT rail, VIN rail, and V3 rail regulator. The VOUT rail provides a configurable output voltage of between 0.6V to 3.3V. The VIN rail regulator allows direct connection to a single Li-Ion battery to provide a supply voltage between 2.6V to 4.2V. The V3 rail regulates an input voltage range of 2.2V to 3.6V. Each of the three on-chip regulators feature an integrated low side switch dedicated for load sharing and active current limiting, which allows the device to handle the power supply for multiple loads and devices.

The MC35FS6502NAER2 offers a wide array of other functions as well. It provides three power-on-reset (POR) sources, providing reliable reset for programmable microcontrollers and DSPs. An integrated charge pumps provides up to 6.3V for a variety of low power digital and analog applications. An integrated switch mode power supply (SMPS), provides ripple-free, energy-efficient conversion of the input supply to the output rail.

In addition, the MC35FS6502NAER2 implements a Wake-on-Ring (WOR) capacitive sensing functionality, automatically powering up the system when an electrical event is detected. When the electrical event is no longer present, the MC35FS6502NAER2 returns the system to its low power standby mode. An integrated low power buck mode also allows energy efficient, extended operation of the system in sleep mode, while providing the necessary supply for wakeup and the wakeup-on-ring events.

The MC35FS6502NAER2 is capable of operating at temperatures between -40°C to +85°C, making it perfect for extended industrial applications, as well as outdoor and automotive, where temperature extremes can be common. Finally, the device is RoHS compliant, TUV certified, and ISO certified, making it ideal for use in safety-critical applications.

The MC35FS6502NAER2 PMIC offers an impressive mix of functionalities, typical of specialized PMICs, with a remarkably low power consumption. Its ability to handle a wide range of applications and its extended temperature range makes it the go-to device for power management in the embedded and industrial arena.

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