N84C162WD30TG

Power management integrated circuits (PMICs) are a vital component used to optimize the performance and efficiency of electronic devices powered by high voltage power sources. One such widely popular PMIC is the N84C162WD30TG supervisor. This high performance device is widely used in various applications across space, defense and automotive industries for various tasks such as relay drive, power supply monitoring, data acquisition, voltage monitoring and temperature monitoring.

The N84C162WD30TG supervisor is specifically designed to reset and spring the power supply of multiple power loads. This supervisor uses an adjustable delay time to hold the voltage level at a certain fixed voltage level allowing it to reset individual power supplies while setting a certain output voltage level. It also has an internal register that allows it to recognize and alert the user of an overfluctuation on a specific output voltage.

This device works by noticing the voltage applied to the voltage sense input. An on board ceramic capacitor is used to measure the frequency of the current waveform and then compare it to a set threshold level. When the current waveform is detected to be lower than the threshold level set by the ceramic capacitor, the N84C162WD30TG will reset and spring back the output voltage.

Another function of this supervisor is its ability to monitor the temperature of the circuit. A temperature sensing input is used in conjunction with an external resistor to regulate the temperature of the circuit. When the temperature reaches too high of a level, the supervisor will alert the user, thus avoiding any damages to the circuit components. This temperature function helps to ensure that the circuit can operate at an optimal level without any issues.

The N84C162WD30TG supervisor has a wide variety of applications, ranging from power converters, multiple power supply distribution systems, motor control, remote monitoring and data acquisition, as well as portable, wireless, battery and other applications. Its performance is highly durable, as it provides over-temperature protection, adjustable reset and delay times, and supporting features such as short circuit protection and interrupted power detection.

In conclusion, the N84C162WD30TG supervisor is a reliable, accurate, and highly efficient device that offers strong performance and stability in numerous applications. It is reliable, efficient, and easy to use; and its wide range of features make it the perfect choice for use in numerous applications and environments.