0325025.HXP

0325025.HXP Application Field and Working Principle

0325025.HXP is an electronic fuse, also known as a resettable fuse or a polymeric positive temperature coefficient fuse that provides circuit protection for electronic devices. It is an ideal choice for the overcurrent and short circuit protection of motor drive systems, telecom power systems, and regulated power systems, thus ensuring the safety of the entire system.

Application Fields

0325025.HXP can be used in a variety of applications which require protection from surges, short circuits and overloads. Some of the major uses of 0325025.HXP are as follows:

• It is suitable for current protection of solar photovoltaic system, motor drive system, telecom power system, regulated power system, etc. It is widely used in automotive, power supply equipment and renewable energy applications.

• It can also be used in electronic products such as chargers, PDUs and UPS, etc.

• It can be used for high current overload, short-circuit, overvoltage protection in a variety of industrial and commercial establishments.

Working Principle

0325025.HXP consists of two parts, the switch and the circuit. When the current exceeds the rated current, the current will flow through the switch, and the temperature of the switch rises. When the temperature reaches the set value, the switch will be in the open state. When the temperature drops and the current is below the rated current, the switch will be in the closed state. The circuit can be opened and closed cycle.

When the switch is on, the current will pass through the switch. The current passes through the resistor and produces heat. The temperature rise of the switch will exceed the set temperature and turn off the switch. When the temperature of the switch drops below the set temperature, it will turn on again and allow the current to flow through the switch. In this way, the switch can efficiently protect the device from being damaged by excessive currents.

0325025.HXP has a large overload current capability, high temperature stability, low thermal decay, and self resetting. It can provide reliable and quick overload protection for electronic devices while improving the efficiency and reliability of the entire system. It is an ideal choice for circuit protection applications.