LTC2935CDC-4#TRMPBF

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The LTC2935CDC-4#TRMPBF belongs to the PMIC (Power Management Integrated Circuit) - Supervisors family, which are used to monitor supervisory functions required in safety-critical applications. This device provides power supply monitoring capabilities, as well as voltage and current limiting algorithms, to help ensure the robustness and accuracy of system operation.

The characteristics of the LTC2935CDC-4#TRMPBF make it particularly suited for general-purpose power monitor tasks, and for applications requiring extremely low quiescent power. An ultra-low power consumption of 200uA quiescent current and 1uA shutdown current ensure long battery life in portable and energy-sensitive devices. A wide supply voltage range of 2.5V to 6.25V makes it ideal for automotive and industrial applications.

The LTC2935CDC-4#TRMPBF integrates many features to provide comprehensive system monitoring and protection capabilities. It features an adjustable current limit and programmable over-temperature threshold to prevent component damage. Also included are undervoltage and overvoltage detection and monitoring. In addition, it offers a power-on reset with an adjustable time delay and an open drain power-good output. All of these features combined make this device ideal for a wide variety of applications.

The LTC2935CDC-4#TRMPBF works using a simple, four-wire configuration. A positive bias voltage is connected to the positive supply input pin, the negative supply input pin is connected to ground, and the power output pin is connected to the power rail. A separate control input pin is connected to a control voltage that is outside the range of the power supply. The device then monitors the power input and output, and sends a signal to the control voltage when a fault is detected.

The LTC2935CDC-4#TRMPBF provides integrated system-level protection, simplifying board design and significantly freeing up board space. Its wide voltage range and low power consumption make it ideal for energy-sensitive and battery-powered applications. Its adjustable current limit and programmable over-temperature threshold help prevent component damage. The power output is flagged as soon as a fault is detected, alerting the user of unsafe conditions. Finally, its off-board control voltage provides flexibility and allows the device to be integrated into almost any system.

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