RWR81S30R9FSS73

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Through Hole Resistors are components used in a wide array of electrical and electronic applications. The RWR81S30R9FSS73 is one such component which uses this technology. Through Hole Resistors are composed of a resistor chip molded in a cylindrical case with a threaded bushing on one end. Power designs incorporating Through Hole Resistors will typically spec a package size that supports both the current ratings and wattage requirements. A range of standard chip angle and square codes are available to facilitate board assembly. Here, we will take a closer look at the RWR81S30R9FSS73, its application fields, and its working principle, to better understand how this component is used and what makes it so useful.

Application of RWR81S30R9FSS73 Through hole Resistors

The RWR81S30R9FSS73 is most commonly used in power electronics. Its primary application is in power supply designs, such as those used in PCs, cellular phones, and other similar electronic devices. It is also used in power regulation circuits, as well as in over-voltage protection circuits.Due to its resistance to heat and vibration, the RWR81S30R9FSS73 is also often chosen for applications requiring high reliability and extended operation. Additionally, the component’s threaded bushing provides a secure connection point for the leads, allowing for a tight fit and extremely high power handling capabilities. This makes it ideal for high amperage applications.

Working Principle of RWR81S30R9FSS73 Through hole Resistors

The working principle of Through Hole Resistors is relatively straightforward and is based on the same principles as any other resistor. If a voltage difference is applied across the terminals of the resistor, a corresponding current flow will occur in proportion to the applied voltage. This is the basic operating principle behind all resistors.The RWR81S30R9FSS73 resistor is no exception. However, this particular resistor has been optimized for use in high power applications, allowing for higher current ratings than what is typically found in traditional resistors.The resistor is composed of a resistor chip which is made up of an alloy or metal-oxide film, depending on the desired resistance value. The chip is then placed into a cylindrical case and the threaded bushing is added onto one end. This bushing is used to secure the leads in place, allowing for a secure connection with the circuit board. The resistor then works according to its set resistance value, allowing current to flow through the circuit in accordance with the voltage that is applied.

Conclusion

The RWR81S30R9FSS73 Through Hole Resistor is a popular choice for power designs requiring a reliable part with a high power capability. It is composed of a resistor chip, which is housed within a cylindrical case and secured to a circuit board via the threaded bushing. The working principle of the RWR81S30R9FSS73 is based on the same principles that apply to all resistors, with the components optimized for high power applications.

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