CPCC0313R00JE66

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Through Hole Resistors

Through-hole resistors, also known as through-hole components, are components used in many electrical and electronic assemblies. They are typically used to provide impedance, to provide current limitation, or to provide voltage division. Resistors come in larger physical packages than those used for surface-mount technology (SMT) and other forms of component packaging.

CPCC0313R00JE66 application field and working principle

The CPCC0313R00JE66 through-hole resistor is valuable for its stable resistance levels and long operational life. It has an ability to handle currents up to 6A and can endure temperatures of about 175℃ without any degradation in performance. Additionally, the element is immune to shock, vibration, temperatures, abrasive environments and pressure, and does not corrode or embrittle.

The common application fields of CPCC0313R00JE66 through-hole resistor are mainly in the lighting, automotive, industrial equipment, home appliances, and consumer electronics. It can also be used in hybrid electric vehicles and lithium-ion batteries for reliable protection and controlling.

The working principle of this type of resistor is simple – it relies on the conversion of electrical energy into heat energy. When current passes through the resistor, it produces resistance and thus there is a voltage drop across the resistor. The heat is released from the resistor via its dissipation and thermal connections to the substrate. The resistor material is typically an alloy of nickel, manganese, and cobalt to ensure optimal thermal management.

The CPCC0313R00JE66 through-hole resistor also utilizes an organic material that is endothermic for additional heat dissipation. This organic material absorbs the heat energy and releases it into the environment instead of being dissipated by the resistor. By using the organic material, the resistor is able to dissipate heat more efficiently than other through-hole resistors.

The CPCC0313R00JE66 through-hole resistors are highly reliable, as they are limited in size and have an excellent heat dissipation capacity. Additionally, they are able to withstand harsh environmental conditions without any degradation in performance. This makes them extremely suitable for applications that require very reliable and stable resistors.

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