MAX992ESA+T

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The MAX992ESA+T is a popular linear comparator designed for high-speed applications. It is suitable for use in temperature-critical systems due to its high operating temperature range of 175°C. It is also characterized by low power consumption and low saturation voltage.

The MAX992ESA+T is a differential amplifier used to compare two analog voltages. The inputs of the amplifier can accept both single-ended and differential input signals. The output of the amplifier is a narrow pulse, which is used for switching the output signal. Depending on the voltage of the inputs, the output of the amplifier can be either high or low. Therefore, the output of the amplifier is either amplified or attenuated when compared to the input signal.

The main applications of the MAX992ESA+T are in linear-control circuits and signal conditioning applications. It is commonly used in temperature sensing systems in order to measure temperature using thermistors. It can also be used in precision voltage-level indicating systems and overvoltage protection circuits. Due to its low power consumption, it is also ideal for automotive applications.

The MAX992ESA+T contains two differential amplifiers on a single die. The two amplifiers are connected in series and their gains are programmable. The gains are adjustable via the onboard trim pot. The quiescent current of the MAX992ESA+T is typically 1mA, making it an ideal choice for applications requiring low power consumption. The output of the comparator is open drain, and it can be used for both 5V and 3V systems.

The MAX992ESA+T offers excellent performance due to its high speed, low power consumption, low saturation voltage and excellent gain accuracy. The maximum propagation delay for the MAX992ESA+T is typically 250

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