RN60C8662FBSL Resistors

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Through Hole Resistors are electrical components having two connections with a resistor in between to regulate current flow. The RN60C8662FBSL is an example of one of these through hole resistors.

This resistor is a thick film resistor with a higher power rating than its other counterparts. It is utilized in applications which require accuracy and stability in a variety of surface-mount designs. This resistor is a high-precision, axial type, available in 0402, 0603, and 0805 sizes. It is constructed using a two-layer ceramic substrate with thick film resistive elements and a metal layer over the pattern.

The RN60C8662FBSL has a rated power of 1/3W to 0.5W, a rated Value of 22 ~ 4.7K E, and TCR of ±150ppm/°C. It has a maximum allowable overload of 0.75W at the rated power. The resistance range of this device is 0.006 Ω to 4.7K Ω with +/- 5% tolerance and a wattage dissipation of 0.3W. It also has a maximum temperature of 200°C with a rated voltage of 50V AC/DC and insulation resistance of 500 mega-ohms.

The application field for the RN60C8662FBSL includes use in audio systems, automotive electronics, and computer and network equipment. Its working principle is a combination of thick film depositions and multi-layer ceramic substrates. The resistive element is created by applying a film of resistive paste onto the ceramic substrate using screen printing. This method creates an accurate and durable resistive element with high precision. This, in turn, ensures the accuracy of the device’s resistance value and its temperature coefficient of resistance (TCR).

Once the resistive element has been created, it is sent through a curing process to increase its reliability and durability. The portion of the substrate containing the resistive element is then placed in a container and the lid is sealed. The container is then heated to a maximum temperature of 200°C for curing the resistive layer.

The final step is to construct the through hole resistor. The two wires of the resistor are inserted in the upside of the container lid and the lid is closed and sealed. The sealed container is then heated to 200°C to melt the metal layer over the resistive element, thus creating the through hole resistor. The container is then cooled and opened to reveal the completed through hole resistor.

In conclusion, the RN60C8662FBSL is an example of a through hole resistor that provides excellent reliability and precision. It is used in numerous applications in areas such as audio systems, automotive electronics, and computer and network equipment. The working principle of this resistor is based on thick film depositions and multi-layer ceramic substrates to produce an accurate and durable resistive element with high precision.

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