RNX12510M0FKR6

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Through Hole Resistors are an essential element in the vast majority of electronic applications. The RNX12510M0FKR6 through-hole resistor is a particularly high quality resistor designed for temperature compensated precision, making it perfect for precision circuit applications. It is especially popular in industrial automation and process control as well as in medical electronics, where high precision and reliability are required.

The RNX12510M0FKR6 is a carbon-film based through-hole resistor. It is based on a cantilever design that allows it to achieve a more consistent electrical performance throughout its operating temperature range of -55°C to 125°C. The dielectric material used in the construction is a special blend of epoxy and aluminum oxide, which gives it a high melting point and excellent electrical properties. It has a load capacity of 200mA with a working voltage of 250V, giving it excellent stability even at elevated temperatures.

The greatest strength of the RNX12510M0FKR6 is its accuracy. It comes with a tolerance of 0.5% and has a rated impedance of 100 ohms. This accuracy is the result of the exceptionally good temperature coefficient of the resistor. Generally speaking, the temperature coefficient is the ratio between the change in resistance with respect to the temperature change for a given element. The RNX12510M0FKR6 has a temperature coefficient of 1.02%, which is quite remarkable.

The working principle of the RNX12510M0FKR6 is quite simple. It is based on the basic Ohm’s Law of electrical engineering. This law states that the current flowing through a circuit is directly proportional to the voltage applied across it, with the resistance of the circuit providing the opposition to the current flow. In the case of the RNX12510M0FKR6, the resistor’s resistance acts as the opposition to the current, thus allowing the current to be specifically controlled and regulated.

The RNX12510M0FKR6 is an incredibly useful and versatile resistor. It is extremely accurate and can withstand extreme temperatures, making it an ideal choice for industrial automation and medical applications. Its simple working principle makes it easy to integrate into existing circuits, allowing it to be used in a wide variety of applications.

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