MAX31914AUI+T Information

MAX31914 Ultra-Low Power Translator

Maxim MAX31914 Ultra-Low Power Translator translates and conditions the 24V digital output of sensors and switches. These are used in industrial, process, and building automation with 5V CMOS-compatible signals required by microcontrollers. These provide the frontend interface circuit of a programmable logic controller (PLC) digital input module. The signal voltage translation is performed in conjunction with input current limiting and low-pass filtering. Input current limiting allows a significant reduction in power consumed from the field-supply voltage, as compared to traditional discrete resistor-divider implementations. To achieve the lowest in-class power dissipation, the IC uses patent-pending circuit techniques to achieve further reduction of power dissipation beyond what is possible by input current limiting alone. This special low-power operating mode is automatically activated when on-chip low-pass filtering is selected.Learn More

Industrial 4.0 Smart Factory Solutions

Maxim Industrial 4.0 Smart Factory Solutions is a concept that envisions factories of tomorrow as vastly more integrated, automated and flexible. Using these solutions, factories can become faster and more efficient to churn out goods desired by the changing market place. Factory automation is concerned with automatic control of process machinery. A process controller monitors and measures operational and environmental variables. The controller then sends actuation commands out to control devices or alarms. The controllers are usually microcontroller-based machines with architecture optimized to meet the needs of the factory and application.Learn More

Specifications

MAX31914AUI+T Price & Stock

Maxim Integrated MAX31914AUI+T pricing and available inventory.

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Alternate Names

Maxim Integrated has several brands around the world that may have alternate names for MAX31914AUI+T due to regional differences or acquisition. MAX31914AUI+T may also be known as the following names: