MAX9692ESE+

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The MAX9692ESE+ is a linear-comparator, designed for highly accurate, single- and dual-supply operation. It is ideal for power-supply regulation, temperature control, and fault detection applications. The device operates over the -40°C to +85°C temperature range and will switch at voltages as low as 5mV.

The MAX9692ESE+ offers a quiescent current of only 20 μA. It can operate on a single-supply voltage, on the common-mode range, in a dual-supply configuration, or from an isolated-ac supply. The wide dynamic range of the comparator makes it ideal for a wide range of applications.

The MAX9692ESE+ features a low-output-impedance op amp, an adjustable output swing, and an integrated fault-detection circuit. The op amp has a low output-impedance, allowing it to drive high-impedance loads, such as optical couplers, without any external components. The adjustable output swing is adjustable using external resistors and can be used to provide a custom voltage level at the comparator\'s output. The integrated fault-detection circuit allows the MAX9692ESE+ to detect and indicate any fault condition at the input, making it a great choice for failsafe applications.

When used in single-supply applications, the voltage range can be as low as 3.3V, making the MAX9692ESE+ suitable for battery-operated applications. The built-in EMC protection protects the device from external disturbances, such as noise and transients. The device also features a precision internal resistor divider that provides an adjustable comparator reference voltage.

The MAX9692ESE+ offers a high speed and small size for a comparator, making it suitable for high-speed applications such as control loops and switching power supplies. The internal circuitry ensures a clean, low-noise output, making it ideal for precision sensor applications.

Overall, the MAX9692ESE+ is an ideal solution for a wide range of applications, with its adjustable output swing, built-in fault detection, low-power and small size, and wide dynamic range. The device provides an easy and cost-effective way to implement power-supply regulation and temperature control, as well as secure control systems.

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