RN60C4321FBSL

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Through Hole Resistors are usually cylindrical resistors fixed in place by wedging the component leads through holes in a PCB or by soldering. The RN60C4321FBSL is among the Through Hole Resistors available in today’s market. This resistor combines the features of both Metal Oxide Film and Thin Film technologies. By utilizing these technologies, RN60C4321FBSL is capable of delivering exceptionally high accuracy and low-noise, even in situations where heat and vibration are present. It also has low inductance and shorter time required for signal transfer.

The RN60C4321FBSL’s application field include automotive and industrial electrical equipment, consumer electronics, medical electronics, aerospace/defense applications, etc. It is particularly well-suited for conditions where stresses, and long-term reliability are essential. For instance, in temperature-sensitive and noise-free environments, such as in medical devices or anywhere within the aerospace/defense field. Ideally, RN60C4321FBSL can also be used in computing systems and communications devices, providing high-precision resistance values with low noise and high stability.

The working principle of the RN60C4321FBSL is based on the combination of Metal Oxide Film and Thin Film technologies. The Metal Oxide Film (MOF) is made of a mixture of metal powder and ceramic portions, while the Thin Film (TF) integrated circuit is made of metal layers deposited onto a substrate. Both these technologies use a resistive element inside the resistor as a resistive element. The MOF resists the flow of electricity by controlling the amount of voltage passing through it while in Thin Film, a metal layer is placed that serves as a resistance path, which can be finely adjusted to alter the resistance values.

RN60C4321FBSL resists the flow of electricity by means of a combination of both Metal Oxide Film and Thin Film technologies. In the Metal Oxide Film, the metal powder and ceramic portions control the amount of voltage passing through it. At the same time in the Thin Film, the metal layer acts as a resistance path created by the different layers of metal. Together their combination of different parameters can accurately determine the resistance of the resistor.

To summarize, the RN60C4321FBSL is one of the Through Hole Resistors which combines Metal Oxide Film and Thin Film technologies for delivering high accuracy and low-noise performance. It is suitable for automotive, industrial, consumer electronics, medical electronics, aerospace/defense applications, etc. Its working principle is based on the combination of both Metal Oxide Film and Thin Film technologies, where the MOF controls the amount of voltage passing through it while TF allows the metal layers to act as resistance paths, which can be finely adjusted to alter the resistance values.

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