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The Electrocube RG1986-7 is a single-phase RC network suppressor designed for electromagnetic interference mitigation. It features a capacitance of 0.5 microfarad with a tolerance of ±10 percent and a resistance value of 150 ohms. The component is rated for an operating voltage of 250 volts AC and a maximum voltage of 600 volts DC. It utilizes stranded wire leads for connection and operates within a temperature range of -40°C to 80°C. The physical dimensions are 1.250 inches in length by 0.580 inches in width, housed in a radial package configuration.
Verify the specific voltage rating required for your application, as sources indicate both 250V AC and 600V DC ratings associated with this part number. Confirm the resistance value matches system requirements, noting discrepancies between 150 ohm and other values in various listings. Ensure the manufacturer is confirmed as Electrocube or AAR Electronics to guarantee component authenticity and performance specifications.
Select this component when a single-phase RC network is needed for low-pass filtering applications. Consider the 0.5 microfarad capacitance and 150 ohm resistance values for compatibility with existing circuit designs. Evaluate the radial package and stranded wire leads against available mounting space and connection methods. Verify thermal operating limits align with the intended environment.
The RG1986-7 belongs to the Electrocube RC Networks series, specifically categorized as single-phase suppressors. These components are engineered for EMI/RFI filtering in electronic systems. The product line includes various configurations with differing capacitance and resistance values, all sharing similar radial packaging and wire lead characteristics for standard integration into power supply lines.
The RG1986-8 is a documented substitute within the same series, featuring 0.5 microfarad capacitance but differing resistance values such as 220 ohms or 330 ohms depending on the specific variant. Verify that the alternative resistance value meets the circuit's impedance requirements before substitution.