TE100B22RJ

Operating Temperature:	-25°C ~ 225°C
Failure Rate:	--
Package / Case:	Radial, Tubular
Lead Style:	Solder Lugs
Height - Seated (Max):	--
Size / Dimension:	1.102" Dia x 7.165" L (28.00mm x 182.00mm)
Mounting Feature:	Brackets
Coating, Housing Type:	Silicone Coated
Features:	Flame Proof, Safety
Series:	TE, CGS
Temperature Coefficient:	±440ppm/°C
Composition:	Wirewound
Power (Watts):	100W
Tolerance:	±5%
Resistance:	22 Ohms
Part Status:	Active
Packaging:	Bulk

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Chassis Mount Resistors: TE100B22RJ Application Field and Working Principle

Chassis mount resistors, also known as metal oxide film resistors, are made of ceramic and metal oxide layers. The TE100B22RJ series in particular is suitable for applications requiring a high power rating while still providing excellent quality and stability.

Application Field

The TE100B22RJ series of chassis mount resistors is commonly used in a variety of industrial applications. These include signal control circuitry, electrical instrumentation, motor control systems, and other types of power systems.The TE100B22RJ series is specifically designed for high power and high current applications. In these cases, the resistors are designed to dissipate heat efficiently while still providing excellent quality and stability. The TE100B22RJ series is also suitable for more demanding applications such as high temperature, voltage, and current applications.

Working Principle

The TE100B22RJ series of chassis mount resistors operates on the principle of electrical resistance. When an electrical current is applied to the resistor, it produces an opposing force. This opposing force is what is referred to as its “resistance”.Resistors are made up of three components: the substrate, a metal oxide film (MOF), and a metallic film. The substrate, which is usually a ceramic or other material, serves as the base material for the resistor. The MOF is applied to the substrate to create a conductive path from the metal film to the substrate. The metal film is then applied to the MOF to create a resistance path. When electrical current is applied to the resistor, it produces an electrical field between the metal film and the MOF. This electrical field reduces the conductivity of the path and produces an opposing force, or resistance, to the current flowing through the resistor. The resistance of the resistor will continue to increase as the current through it increases.

Conclusion

The TE100B22RJ series of chassis mount resistors is designed for use in high power and high current applications. The resistors are composed of three components: a substrate, a metal oxide film, and a metallic film. The resistors operate on the principle of electrical resistance, in which an electrical field is created between the metal film and the MOF, producing an opposing force to the current flowing through the resistor. This opposing force is what produces the resistance of the resistor.

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