LMV393S-13

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The LMV393S-13 is a low voltage voltage comparator built using advanced CMOS technology. The device offers a wide range of functional advantages over comparable comparators as it operates over a much wider supply voltage range (2.2V - 14V). Its superior performance and low current consumption makes it an attractive solution for applications requiring accurate voltages along with low power consumption.The LMV393S-13 has two open-drain output buffers and two high-impedance input buffers. The high-impedance input buffers allow the device to be used in a variety of applications involving multiplexing and ground referenced signals. The open-drain outputs allow for both polarity of output signals for ease of interfacing with other circuits.In terms of its operations, the LMV393S-13 is designed as a single-ended voltage comparator. It compares two analog input signals and produces an output signal whose type and value depend on the input signal polarities. The output is either low (ground or sink) or high (VOUT or source). The output is triggered when the voltage of the non-inverting input surpasses that of the inverting input by at least 0.1V.Applications of the LMV393S-13 range from robust industrial applications to consumer grade devices. Its open-drain outputs make it suitable for use with both TTL and CMOS logic systems as well as a variety of devices that require only a logic high or low output. Its superior performance and low power consumption make it suitable for operations in high-resolution voltage comparators, battery-based applications, general purpose circuit design, and mobile radio transmitters and receivers.In summary, the LMV393S-13 is a low power voltage comparator designed for the linear-comparator market. Its superior performance and low current consumption makes it an ideal device for a variety of applications across multiple industries. Its open-drain outputs allow for ease of interfacing with various circuits and its high-impedance input and wide supply voltage range allow for easy integration into more complex systems.

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