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The B7C502D is a feed-through capacitor from EMI FILTER COMPANY, designed for electromagnetic interference suppression. It features a capacitance of 5000 pF with a tolerance range of 0% to +100%. The component is rated for 200V and supports a current of 10 A. It operates within a temperature range of -55°C to 125°C and utilizes X7R dielectric material. The unit provides an insertion loss of 30dB at 100MHz. It employs an axial bushing configuration with an 8-32 shallow head mini filter design.
Verify the specific capacitance tolerance required, as the datasheet indicates a wide range of 0% to +100%. Confirm that the 200V rating and 10A current capacity align with your circuit requirements. Ensure the 8-32 threaded bushing interface matches your panel cutout specifications. Check that the operating temperature range of -55°C to 125°C suits your environmental conditions. Validate the insertion loss characteristics meet your noise reduction needs at 100MHz.
Select this component when a feed-through capacitor with 5000 pF capacitance is needed for EMI suppression. Consider the 200V voltage rating and 10A current capability for power line applications. The axial bushing design requires appropriate panel mounting provisions. Verify compatibility with systems requiring X7R dielectric stability. Ensure the 8-32 thread size fits the intended enclosure or chassis installation.
This component belongs to the B7 "C" circuit series of feed-through capacitors manufactured by EMI FILTER COMPANY. These components are categorized under passive filters and electromagnetic interference suppression devices. The product line focuses on providing robust filtering solutions for industrial and commercial electronic equipment requiring reliable noise attenuation.
Publicly confirmed substitute part numbers for the B7C502D were not identified in available documentation. Verify electrical parameters such as capacitance, voltage rating, and current handling when evaluating alternative components. Ensure mechanical compatibility with the 8-32 bushing interface. Confirm that replacement parts meet the same temperature and insertion loss specifications.