An electrical assembly comprising: a first electrical connector; a second electrical connector; a housing configured to be disposed on a front side of a panel, the housing including a housing body that extends along a mating axis between a mating end and a receiving end, wherein the mating end is configured to extend through an opening of the panel from the front side of the panel to an opposite rear side of the panel; and a mounting clip coupled to the housing, the mounting clip including a body extending between a front end and a rear end, the body having a passage therethrough configured to receive the mating end of the housing, the body including a first side, a second side and a top side defining the passage, the first side having a first locking feature that extends away from the first side and into the passage and the second side having a second locking feature that extends away from the second side and into the passage, wherein the mounting clip is moveable between an unlocked position and a locked position by sliding the rear end of the mounting clip with respect to the rear side of the panel, the body being flexed outward to allow the locking features (324, 326) to bypass the housing as the mounting clip is moved between the unlocked position and the locked position, wherein the mating end of the housing is configured to be coupled with the first electrical connector on the rear side of the panel, characterized in that the body of the mounting clip is in the shape of a ring having a bottom side, the housing includes latching tabs, the latching tabs being received within the pockets (334, 336) of the locking features (324, 326) to maintain a position of the mounting clip in the locked position, the first electrical connector engages the housing in a locking operation such that the first electrical connector is configured to secure the housing to the panel, by preventing the mounting clip from moving in a direction to its unlocked position, preventing the mounting clip from moving in a direction away from the rear side of the panel and preventing the housing from moving away from the front side of the panel, and wherein the second electrical connector is assembled to the receiving end of the housing to electrically couple the second electrical connector with the first electrical connector. a first electrical connector; a second electrical connector; a housing configured to be disposed on a front side of a panel, the housing including a housing body that extends along a mating axis between a mating end and a receiving end, wherein the mating end is configured to extend through an opening of the panel from the front side of the panel to an opposite rear side of the panel; and a mounting clip coupled to the housing, the mounting clip including a body extending between a front end and a rear end, the body having a passage therethrough configured to receive the mating end of the housing, the body including a first side, a second side and a top side defining the passage, the first side having a first locking feature that extends away from the first side and into the passage and the second side having a second locking feature that extends away from the second side and into the passage, wherein the mounting clip is moveable between an unlocked position and a locked position by sliding the rear end of the mounting clip with respect to the rear side of the panel, the body being flexed outward to allow the locking features (324, 326) to bypass the housing as the mounting clip is moved between the unlocked position and the locked position, wherein the mating end of the housing is configured to be coupled with the first electrical connector on the rear side of the panel, characterized in that the body of the mounting clip is in the shape of a ring having a bottom side, the housing includes latching tabs, the latching tabs being received within the pockets (334, 336) of the locking features (324, 326) to maintain a position of the mounting clip in the locked position, the first electrical connector engages the housing in a locking operation such that the first electrical connector is configured to secure the housing to the panel, by preventing the mounting clip from moving in a direction to its unlocked position, preventing the mounting clip from moving in a direction away from the rear side of the panel and preventing the housing from moving away from the front side of the panel, and wherein the second electrical connector is assembled to the receiving end of the housing to electrically couple the second electrical connector with the first electrical connector.