RWR80SR267FMS73

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are a key component in electronic circuitry, providing path for current to flow in a controlled way. As such, they are used in virtually all types of electronic devices, from basic circuits to complex systems. RWR80SR267FMS73 is a Through Hole Resistor designed to meet the requirements of general-purpose applications. This article will discuss its application field and working principle.

RWR80SR267FMS73 is a 2 W, Through Hole Resistor comprised of a semiconductor substrate. The resistor is built using several tightly-packed layers of semiconductor material, a metallization and an encapsulation material. The resistor is used mainly as an overload protection device for current limiting. The resistor features a low insertion force, and can be used in both surface-mount and through-hole configurations.

RWR80SR267FMS73 can be used in several applications, including motor control, electric vehicles, power factor correction, UPS systems, and industrial automation. The resistor can also be used for protection in various applications against temperature, voltage and current overloading. Due to its low thermal resistance, RWR80SR267FMS73 can be used in applications where heat dissipation is an issue.

RWR80SR267FMS73\'s working principle is based on its resistance to current flow. As current passes through the resistor, some of the current is lost as heat due to the dissipation of energy. The amount of energy lost is determined by the amount of resistance offered, which is determined by the resistor\'s specifications. The resistor\'s maximum power dissipation depends on its tolerances and temperature coefficient. The current is limited to the value of the resistor, meaning that it can be used to control current levels in a circuit.

RWR80SR267FMS73 is an efficient Through Hole Resistor designed to meet the requirements of general-purpose applications. It is ideal for use in motor control, power factor correction, electric vehicles, UPS systems, and industrial automation. Due to its low thermal resistance, it can be used for temperature, voltage and current overloading protection. Its working principle is based on its resistance to current flow, and its power dissipation depends on its tolerances and temperature coefficient. This makes it an ideal component for controlling current levels in electronic circuits.

The specific data is subject to PDF, and the above content is for reference