FIELD: physics.
SUBSTANCE: invention discloses EMI-resistant housing (200) of electronic equipment. Electronic equipment housing (200) comprises first compartment (206) defined by main part (205); second compartment (207) defined by main part (205); partition (208) between first compartment (206) and second compartment (207); first opening (209) with partition (208), which connects first compartment (206) and second compartment (207); feedthrough element (210) comprising first interface region (211) and second interface region (212), wherein one or more primary conductors (217) extend between first interface region (211) and second interface region (212), and wherein first interface area (211) is permanently located in first compartment (206), and second interface area (212) is permanently located in second compartment (207); current-conducting bus (232), which limits at least a portion of feedthrough element (210); conductive spacer (220), which extends from main part (205) to conductive bus (232), wherein the grounding path is formed between main part (205) and current-conducting bus (232) using current-conducting spacer (220).
EFFECT: creation of a housing which provides EMI protection and which uses a PCB for transmitting signals to/from the housing, wherein continuous protection against radiated energy is created entirely by means of PCB wiring paths.
15 cl, 8 dwg
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Authors
Dates
2022-02-10—Published
2018-08-16—Filed