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The Electrocube RG1782-10 is a single-phase RC EMI filter network designed for printed circuit board mounting. It integrates a resistor and capacitor to provide first-order low-pass filtering characteristics. The component features solid wire connections with specified lead lengths for secure attachment. Electrical parameters include a capacitance of 0.1 microfarads with a tolerance of plus or minus twenty percent. The unit supports a voltage rating of 900 volts DC and incorporates an internal resistance value of 680 ohms. Physical dimensions are approximately 0.63 inches in height, 1 inch in width, and 0.38 inches in depth.
Verify the specific suffix number against official Electrocube datasheets to confirm exact electrical values, as variations exist within the RG1782 series. Ensure compatibility with your circuit's voltage and current requirements before integration. Check for availability of new versus surplus units if long-term supply stability is required. Confirm physical footprint matches your PCB layout constraints.
Select this component when a compact, single-stage RC filter is sufficient for EMI mitigation. Consider the 900V DC rating for higher voltage applications compared to standard low-voltage filters. Evaluate the 680-ohm resistance impact on signal attenuation or power loss in the target circuit path. Compare physical dimensions against available board space to ensure proper fitment alongside other components.
The RG1782 series represents Electrocube's line of PC-mount RC networks. These components are engineered for reliability in industrial environments. The series offers various combinations of resistance and capacitance values to suit different filtering needs. They are commonly used in applications where space is limited but effective noise filtering is critical for system performance.
Direct substitutes may include other Electrocube models from the RG1782 series with matching electrical specifications. Verify that any alternative component maintains the same package style and terminal configuration. Cross-reference datasheets to ensure equivalent voltage ratings and capacitance tolerances are met.