RN60E4643BRE6

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The RN60E4643BRE6 is a throughhole resistor that is known for its superior performance and reliable operation even under increasing power and environmental conditions. This type of resistor is designed for applications that require high accuracy and durability, such as power management and automotive applications, as well as for general-purpose uses such as circuit protection and instrumentation.

Essentially, the RN60E4643BRE6 is a thick-filmed chip resistor housed in a ceramic package. The resistor element utilizes nickel-chrome alloy for the conductive layer and provides the ohmic value of 4.643 kΩ with 1% tolerance. Its operating temperature range is from -55°C to 155°C and has a zero-ohm jumper capability. The resistor also has a wide resistance range, from 1Ω to 10 MΩ. These features are important for the resistor’s applications as it ensures the necessary precision and accurate performance.

The two-terminal RN60E4643BRE6 resistor is available in 2 pin configuration and can be surface mount or thru hole. The device features two round center and four sides. Its low profile uses small packages to provide a highly uniform, low-inductance, surface-mountable package. It is resistant to humidity and have a superior resistance to ESD with a rating of 8kV. It also has a wide range of resistance tolerance including 1%, 2%, 5%, and 10%.

The application field for the RN60E4643BRE6 resistor is diverse. It is used in power supplies, EMI filters, delay lines, DC-DC converters, voltage dividers, temperature sensors, audio fixtures, automated assembly equipment, telecommunications and instrumentation circuits, voltage-controlled oscillators, and hybrids systems. In automotive applications, it can be used in ECUs, brake control systems, power management systems, and other components.

The working principle of the RN60E4643BRE6 depends on the technology behind its construction. The conductive layer is made of nickel-chrome alloy which provides the necessary ohmic value and stability. The resistor also contains an oxide dielectric material between the two pin terminals. This dielectric material provides the necessary insulation and prevents the creation of any short circuit. The resistance in the resistor is determined by the length, width, and other dimensions of the conductive layer and dielectric material.

In conclusion, the RN60E4643BRE6 is a throughhole resistor that is mostly used in automotive and power management applications. Its thin-film construction and superior performance provide accurate and reliable operation even in harsh environmental conditions. Its applications are widespread and the working principle is based on its construction of an oxide dielectric material and nickel-chrome alloy conductive layer.

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