MAX6884ETP+

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX6884ETP+ is a PMIC (Power Management IC) part of the Supervisors category. It is widely used in applications such as computer motherboards, cellular phones, and networked equipment.

The MAX6884ETP+ is a low-power, CMOS de-glitch circuit designed to detect and temporarily hold the instantaneous lowest voltage in an AC input voltage range from 11.4V to 24V. It contains a comparator voltage threshold, a temperature-compensated precision reference, an internal logic logic circuit, and an output latch circuit. The power supply for the device is supplied by the input supply, with a maximum supply current of 8 mA.

The device designed to protect against false RESET conditions caused by voltage transients or overshoot/ undershoot has a de-glitch time of 5 ms. This makes it an ideal choice for applications that require filtering of transient signals before CPU RESET. The pin-selectable input comparator trip point of the MAX6884ETP+ is set to 11.4V to 24V. It can detect voltages below the trip point even if the voltage is below the specified input range. With temperature compensation, the accuracy of the latch is improved and the threshold can be adjusted. The device only requires one supply voltage and is available in either a small 8-pin SOIC or MSOP package.

The MAX6884ETP+ contains an internal logic circuit, which monitors the input voltage and generates the appropriate logic outputs under the specified conditions. It has two output latches that can be used to generate a reset or a system power-good output when the input voltage is below the trip point or outside the adjustable range. Both latches can be enabled or disabled through the use of a Logic Enable pin. It also contains a Schmitt-trigger input that ensures reliable operation of the device over its operating range.

The MAX6884ETP+ is ideal for applications such as computer motherboards, cellular phones, and network equipment, where low power consumption and high reliability are essential. Its wide input range and temperature compensation make it suitable for many applications, especially those where high transient voltage rejection is required. It provides the option of pin-controlled reset/ power-good output, offers a 5ms de-glitch time, and it provides a high degree of accuracy while consuming low power. With its small packages, it is easily incorporated into a variety of applications.

The specific data is subject to PDF, and the above content is for reference