MAX6326UR25+T

The MAX6326UR25+T is a PMIC (Power Management IC) class type, Supervisors, made from Maxim Integrated Products. This device provides two independent supply voltage supervisors with effectively-independent trip-threshold detection circuits, as well as manual reset input. With self-clearing fault-status flag and a clock output, this device is suitable for battery-supported DAC\'s, components, and circuits.

The device\'s application fields mainly include DAC applications, consumer electronics, instrumentation, medical applications, networking systems, automotive industry and power ratings control, due to its safety reliability, minimal power consumption and designed flexibility. This device is particularly designed for systems that require extra reliability, such as high voltage power conversion, where accurate voltage monitoring and resetting is critical to the system\'s stability.

The basic working principle involves the use of two voltage supervisor circuits, each of which is used to monitor two different supply voltages. Each of these supervisor circuits consists of basic building blocks, including a comparator, an OR-gate and a reset output circuit. The comparator compares the voltage of the monitored voltage with a reference voltage. If the monitored voltage rises above the reference value, the OR-gate generates a reset, which is then applied to the devices connected to the circuit.

The MAX6326UR25+T also has a manual reset input, which will reset the IC when pressed, allowing the user to manually force a reset of the circuit. The reset output can be adapted to different logic levels, making the device extremely versatile. The MAX6326UR25+T also provides an effective fault-status flag, which will be activated when the monitored voltage rises above or falls below the reference voltage.

In conclusion, the MAX6326UR25+T is a highly useful and efficient PMIC, Supervisors, device that provides two independent supply voltage supervisors that can be used in a variety of applications, such as DAC applications, consumer electronics and automotive industry. The device provides accurate voltage monitoring and resetting for electrical components and has a built-in manual reset input. The device also has a fault-status flag and a clock output, which make it extremely flexible.