APX803S00-26SA-7

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PMIC (Power Management ICs) is a family of integrated circuits which allows a system to regulate and manage power. Supervisors are PMICs which are employed to detect changes in voltage power and to protect against short circuits or other electrical anomalies. APX803S00-26SA-7 is a CMOS micro-supervisor which is specifically designed for monitoring super-capacitor energy storage and to enable rapid energy transfer between the energy source and the energy sink.The APX803S00-26SA-7 chip was designed with a low-power consumption and a low-voltage operation. This allows for its application in power-limited environments. It features a Supervisory Action Circuit, an adjustable voltage detection threshold between 0.88V and 2.6V, and a precise reset signal output.The APX803S00-26SA-7 also features an in-circuit adaptation of its accuracy. This enables its use in varying environments without compromising the accuracy of its signal outputs. The chip is compatible with low-power and low-voltage systems, including biomedical implantable devices and automotive applications.The chip is constructed with CMOS technology and is fabricated with a 0.35um process. This ensures its low-power consumption and high-reliability. The current consumption is low, at less than 5µA, and the standby current is also low, at less than 5nA. The APX803S00-26SA-7chip provides immunity against noise interference as it operates in the 2kHz common mode voltage range.The primary application of the APX803S00-26SA-7 chip is in energy storage systems. The chip is employed to monitor the super-capacitor energy storage, and to help ensure the efficient transfer of energy from the energy source to the energy sink. The APX803S00-26SA-7 chip is also used in wide range of portable and battery-powered applications to conserve energy in low-power applications.APX803S00-26SA-7 chip has a variety of features which allow it to be employed in a range of applications including industrial, automotive, sensor-based, and biomedical systems. It works by detecting a precise level of input voltage. Once the set threshold is reached, the chip will output a reset signal. This reset signal is then typically passed on to a power management IC, power switch, or other load to enable energy transfer. The APX803S00-26SA-7chip also has many built-in protections which ensure its safe operation. It has automatic reset protection and short-circuit protection. This prevents the chip from being damaged by sudden spikes in power or short circuits which can occur in battery-powered systems. Additionally, The floating input watchdog feature ensures that the chip will function correctly even in noisy or ambient electric fields. In conclusion, the APX803S00-26SA-7 is a low-power CMOS micro-supervisor which was designed for monitoring super-capacitor energy storage and for efficient energy transfer. The chip features a Supervisory Action Circuit, adjustable detection threshold, reset signal output, in-circuit adaptation of its accuracy, and a high level of protection from noise interference and from electric field interference. It is suitable for a range of applications including industrial, automotive, sensor-based, and biomedical systems.

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