EWT225JB100K

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Chassis Mount Resistors

Chassis mount resistors are the type of resistors used when a resistor needs to be fixed in one place. They often have an outer metal package that houses two terminals that hold the resistor. The most common type of chassis mount resistor is the axial lead type which features two leads on either side of a cylindrical metal package. The two leads are then pushed into the chassis and joined together via a electrical connector. Another type is the through-hole type which features two through-holes on either side of the metal package, with the two leads soldered into the holes.

The EWT225JB100K is one such chassis mount resistor. It is a non-inductive, axial type load resistor designed for power applications. This resistor is capable of handling up to 10W of continuous power. It is also suitable for a wide range of applications including AC/DC power supply, UPS, and solar energy equipment.

Features

• Specialized non-inductive design
• Low resistance and tolerance range
• High power rating
• Very low moisture absorption and vibration
• Resistant to shock and vibration

Applications

The EWT225JB100K is typically used in a wide range of applications such as inverters, switched mode power supplies (SMPS), phase angle controlling systems, industrial power supplies, and commercial systems.

Working Principle

The EWT225JB100K is a resistor that works by resisting the flow of electric current. This resistance creates heat, which is then dissipated by the chassis, thereby preventing the resistor from becoming too hot and damaging the circuit. The resistance value of the component is fixed and is determined by the materials used to construct it. The resistance value is measured in ohms where a higher ohm value means less current able to flow through it.

Conclusion

The EWT225JB100K is a non-inductive chassis mount resistor designed to handle up to 10W of power. It has excellent characteristics such as low resistance and tolerance range, high power rating, and low moisture absorption and vibration. It is ideal for a wide range of applications where a resistor needs to be securely fixed in place, such as inverters, SMPS, phase angle controlling systems, industrial power supplies, and commercial systems. It works by resisting the flow of electric current, dissipating heat from the chassis, and preventing the resistor from becoming too hot.

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