ADM1086AKSZ-REEL7

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PMIC stands for Power Management IC, which is an integrated circuit designed to manage the power of a system. Supervisors, a form of PMIC, are designed to monitor the system, detect errors, and respond accordingly. The ADM1086AKSZ-REEL7 belongs to this category of PMICs.

The ADM1086AKSZ-REEL7 is a high-precision, five-channel voltage supervisor IC that monitors system voltage for under- and over-voltage conditions. Its primary applications include power-supply systems, embedded processors, gate arrays, and FPGAs. It comes in a 7-pin, 0.5mm serial lead TSSOP form factor package.

The ADM1086AKSZ-REEL7 can monitor up to five external channels, each with its own detect (DET) and manual reset (MR), both of which are active-low outputs. This wide monitoring range coupled with an adjustable response time makes the IC suitable for variety of applications. The combination of both active-high and active-low outputs provides flexibility while setting up the system.

The IC features an open-drain N-channel MOSFET switch that can be used to enable or disable system operations. The switch is latched off after an under-voltage or overvoltage condition is detected. It also has an on-chip voltage reference and comparator that allow for manual setting of the detection levels. This makes automated system shutdowns dependent on user-programmable thresholds.

The ADM1086AKSZ-REEL7 uses 0.25µA quiescent supply current, making it power-efficient for battery operated devices. It also has a wide operating temperature range of –40°C and +125°C, making it suitable for extreme environmental conditions.

In summary, the ADM1086AKSZ-REEL7 is a reliable five-channel voltage supervisor IC designed to accurately monitor and detect over-/under-voltage conditions. Its low quiescent supply current and wide operating temperature range make it power-efficient and suitable for extreme temperature conditions, respectively. Moreover, its adjustable response time and user-programmable detection levels make it ideal for various application environments.

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