NAP-16-332

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Power line filter modules protect electronic equipment from damage caused by electrical transients generated by lightning, power switching, or handling of AC line voltage, and reduce interference conducted from the power line to the equipment. The NAP-16-332-G5 power line filter module is designed for use in industrial and medical applications and comprises a metal-oxide varistor (MOV) and two capacitors: a DC bias capacitor and an AC line-to-ground capacitor. The NAP-16-332-G5 module provides transient protection for electrical noise on two AC power lines up to 250 V–277 V over 16-A of current.

The MOV in the NAP-16-332-G5 is designed to protect against voltage transients up to 4500 V. When the incoming voltage exceeds the MOV\'s rated voltage, the MOV will reduce the voltage across its terminals, providing protection from electrical transients. This is achieved by the MOV rapidly changing its resistance, limiting the flow of current through the module. The DC bias capacitor is typically used to filter out any negative pulses or spikes in an AC signal. The AC line-to-ground capacitor filters out any low-frequency, high-amplitude signals from the AC line and passes the clean signal to the load.

The NAP-16-332-G5 power line filter module can be used in a variety of applications, including motor controls, lighting systems, air handling units, and communication and entertainment applications. It can also be used in medical and surgical applications, providing a safe and reliable power source for medical equipment and ensuring compliance with EMI/EMC regulations. The NAP-16-332-G5 is designed to eliminate the need for dedicated power supply cables, allowing equipment to be connected directly to the power line without the need for rewiring.

The NAP-16-332-G5 power line filter module is a reliable and efficient means of protecting electrical equipment from interference and voltage transients. It provides a cost-effective solution to electrical noise issues and ensures compliance with all applicable safety and EMI/EMC regulations. The module is designed for maximum performance, providing an effective safeguard against electrical transients, while at the same time, protecting the equipment and ensuring its long-term reliability.

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