MAX9018AEKA-T

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The MAX9018AEKA-T is a linear-comparator that can be used for applications including line receivers and single CMOS voltage comparators. The device is a 5V maximum 3V to 5.5V, single input, two-channel, differential amplifier with adjustable hysteresis for improved noise immunity and rail-to-rail ranges. The MAX9018AEKA-T is suitable for a variety of applications, including line receivers and single CMOS voltage comparators. The differential amplifier features adjustable hysteresis for improved noise immunity and rail-to-rail output stages for improved noise margins. It also provides low power consumption and a wide range of operating temperatures.

The MAX9018AEKA-T utilizes a differential amplifier architecture to feed the differential inputs into its hysteresis offering rail-to-rail output ranges. Its hysteresis adds a minimum amount of hysteresis to the outputs. The value of the hysteresis can be adjusted easily by a single resistor. When the difference between the inputs is greater than the threshold voltage, the outputs switch, causing the hysteresis to kick in and limit the motion of the outputs. This hysteresis is beneficial to noise immunity as it prevents oscillations from constantly switching the outputs.

The MAX9018AEKA-T is an ideal choice for applications where an input signal must be converted to either a digital on–off output, or vice versa. The device is typically used in ballast applications, such as lighting controllers and security systems because of its wide supply range, rail-to-rail ability, low power consumption and adjustable hysteresis. Furthermore, since the rail-to-rail output stages provide improved noise margins, the MAX9018AEKA-T can also be used in circuits that must meet a set of noise specifications.

The MAX9018AEKA-T is a powerful device that is easy to use and allows for improved noise immunity. The adjustable hysteresis feature enables a variety of applications to attain improved noise immunity, low power consumption and rail-to-rail output stages, which allow for improved noise margins. Therefore, it is an ideal device for applications such as line receivers, single CMOS voltage comparators and lighting controllers.

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