SQBW30220RJFASTON

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Chassis Mount Resistors (CMR) are components used to control the flow of an electrical current. They come in many forms, from wire wound resistors to veneered tubular resistors. The SQBW30220RJFASTON is one such chassis mounted resistor used to provide electrical current safety and regulation. This article will discuss the application field and working principle of the SQBW30220RJFASTON.

The SQBW30220RJFASTON is a high-performance, shielded soft-pad, wire-wound resistor. It has a maximum continuous current rating of up to 5 Amps, and can be used in applications requiring ESD protection. It is a non-inductive, four-pad configuration that provides greater temperature stability and allows for faster thermal response. Its power rating is a respectable 120 watts, making it suitable for medium and high power applications.

The SQBW30220RJFASTON is primarily used in systems with high levels of Electrostatic Discharge (ESD). It is designed to provide protection against high frequency shock current bursts and withstand sustained overloads. Its four-pad configuration provides enhanced ESD protection, making it suitable for use in medical, industrial, and aerospace applications. Its shielding ensures that sensitive circuits and components are efficiently and safely protected from electrostatic discharge.

In terms of its working principle, the SQBW30220RJFASTON is designed to limit the flow of current by providing a predetermined resistance in the circuit. The resistor\'s value is determined by its physical properties, such as its length, diameter, and material. As current flows through the resistor, it will create a resistance which limits the flow of current. This resistance is dependent on the resistor\'s properties, and can be adjusted by changing the resistor\'s physical characteristics. The SQBW30220RJFASTON is designed to provide repeatable and reliable performance in environments that may be subject to high levels of ESD.

The SQBW30220RJFASTON is a great solution for applications that require both current safety and regulation. Its shielding ensures greater levels of protection to ensure that sensitive components are adequately protected from ESD. As well as this, its four-pad configuration ensures a faster thermal response and greater temperature stability, making it suitable for use in many different applications. Its robustly-engineered design makes it a valuable addition to any setup looking to provide protection against ESD in robust and reliable environments.

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