RG2031-3-12

Overview

The Electrocube RG2031-3-12 is a single-phase RC network designed for EMI/RFI filtering applications. It utilizes radial leads for through-hole mounting and features stranded wire connections. The component is rated for a maximum voltage of 200V. Its physical dimensions are specified as 1.000 inches in length by 0.380 inches in width, providing a compact form factor suitable for general-purpose electronic circuits requiring noise suppression.

Feature Summary

• Single-phase RC network configuration for electromagnetic interference suppression
• Radial leaded package designed for standard through-hole PCB mounting
• Stranded wire lead construction for reliable electrical connectivity

Applications

• General purpose electronic circuit filtering
• EMI/RFI noise reduction in low-voltage systems

Procurement Notes

Verify the specific capacitance and resistance values against the official manufacturer datasheet before integration, as these parameters define the filter's performance characteristics. Confirm that the 200V rating aligns with your system's operational voltage requirements to ensure safe and effective operation within the intended application environment.

Selection Notes

Select this component when a compact, single-phase RC filter is required for through-hole assembly. Ensure the design accommodates the 1.000-inch length dimension. This part is appropriate for general-purpose applications where specific EMI/RFI attenuation characteristics match the circuit's needs without requiring complex multi-stage filtering solutions.

Part Context

This component belongs to the Electrocube RG2031 series, which consists of passive RC networks. These components are engineered specifically for EMI and RFI suppression tasks. The series offers various configurations to suit different circuit requirements while maintaining a consistent radial leaded package style for ease of manufacturing integration.

Replacement Considerations

Consult official substitution guides or manufacturer cross-reference lists to identify compatible alternatives. Verify that any substitute maintains identical voltage ratings, physical dimensions, and electrical performance specifications to ensure seamless replacement without redesigning the host circuit board.