RSH-200-100

Operating Temperature:	30°C ~ 70°C
Failure Rate:	--
Package / Case:	Rectangular Case - Open
Lead Style:	4-Terminal
Height - Seated (Max):	0.530" (13.46mm)
Size / Dimension:	4.500" L x 1.000" W (114.30mm x 25.40mm)
Mounting Feature:	Flanges
Coating, Housing Type:	--
Features:	Current Sense
Series:	RSH
Temperature Coefficient:	±15ppm/°C
Composition:	Metal Element
Power (Watts):	--
Tolerance:	±0.25%
Resistance:	500 µOhms
Part Status:	Active
Packaging:	Bulk

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Chassis Mount Resistors: RSH-200-100 Application Field and Working Principle

The RSH-200-100 is a type of high-dissipation, heat-resistant chassis mount resistor. It\'s a standard form of resistor that\'s designed for electrical applications and has a wide range of uses. This resistive device works by transferring electrical energy into heat energy in order to control the desired electrical current. It has a wide variety of applications and is often used in medical, automotive, and industrial applications.

Design

The RSH-200-100 is a high-power resistor and can be up to 100 W in power. It is designed to have two or more electrical terminals and features a rating system when ordering. The resistor body is made of a heat-resistant material, usually ceramic, in order to dissipate the generated heat during its application. The resistor is available in both standard leaded lead-free versions, meaning it can be installed on either lead-free or lead-containing electrical systems. The RSH-200-100 is available in both through-hole and surface-mount format, making it suitable for various applications.

Types

The RSH-200-100 can be divided into two main categories, wire-wound and film. In the wire-wound category, these resistors are made of copper wire and non-magnetic steel. The copper wire is wound around the steel core and is adjustable. This is used when higher wattage is needed where the resistor needs to dissipate more heat. The film category consists of resistors that have both metallic and non-metallic film layers. These resistors are typically in higher wattage applications and can handle more wattage than wire-wound resistors.

Application Field

The RSH-200-100 can be used in many different applications. Some of these applications include and are not limited to medical, automotive, and industrial uses. It can be used in any system that requires a high wattage resistor to absorb the energy created.

• Medical – This resistor can be used in medical applications. It can be used to control the voltage and current for cochlear implants, control the speed of the drill in spinal surgeries, or absorb and control the power of medical imaging equipment.
• Automotive – This resistor can be used in the automotive industry. It is ideal for high-power applications like controlling voltage and current in engines, braking systems, battery charging, start/stop systems, and more.
• Industrial – This resistor can be used in industrial applications. It can be used to absorb and control the energy generated by large-scale machinery, to control and regulate the voltage/current levels of factory equipment, and provide power conditioning and surge protection.

Working Principle

The RSH-200-100 resistor works by transferring electrical energy into heat energy in order to reduce the current and voltage of the electrical circuit. This is done by allowing the current to flow through its body, which generates a resistive force, which in turn transfers the energy into heat. This heat dissipates into the environment and thus the current and voltage of the circuit is reduced.

Conclusion

The RSH-200-100 is a high-power resistor designed for electrical applications. It is available in both standard leaded lead-free versions and can be used in various applications, such as medical, automotive, and industrial. It works by transferring electrical energy into heat energy in order to reduce the current and voltage of the electrical circuit. This helps to increase the efficiency and safety of the electrical circuit.

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