Connector structure and housing
A connector structure includes a female housing and a male housing. The female housing includes a first holding portion holding first female terminals for power supply, a second holding portion adjacent to the first holding portion, formed as one unitary piece with the first holding portion, and holding second female terminals for communication, and a conductive shield layer separating the first holding portion from the second holding portion. The male housing includes a recessed portion configured to fit with the female housing, and holding first male terminals to be connected with the first female terminals and second male terminals to be connected with the second female terminals.
1. A connector structure comprising:
a female housing including
a first holding portion configured to hold first female terminals for power supply,
a second holding portion adjacent to the first holding portion, formed as one unitary piece with the first holding portion, and configured to hold second female terminals for communication, and
a conductive shield layer configured to separate the first holding portion from the second holding portion; and
a male housing including a recessed portion configured to fit with the female housing, and configured to hold first male terminals to be connected with the first female terminals and second male terminals to be connected with the second female terminals, wherein
the female housing includes a main member into which the first female terminals and the second female terminals are inserted, and a holding member configured to be engaged with the main member to hold the first female terminals,
the holding member includes a partition wall configured to separate the first holding portion from the second holding portion, and
the shield layer is provided on the partition wall.
2. The connector structure according to claim 1 , wherein the shield layer is a plated layer formed on the partition wall.
3. The connector structure according to claim 1 , further comprising:
a conductive shield case configured to be attached to the male housing to cover the second holding portion and grounded to a substrate; and
a conductive tubular shield member disposed in the recessed portion, grounded via the shield case, and covering a connection portion between the second male terminals and the second female terminals, wherein
an outer side surface of the male housing includes a groove formed along a border between the first holding portion and the second holding portion, and
the shield case includes an insertion wall portion configured to be inserted into the groove.
4. The connector structure according to claim 2 , further comprising:
a conductive shield case configured to be attached to the male housing to cover the second holding portion and grounded to a substrate; and
a conductive tubular shield member disposed in the recessed portion, grounded via the shield case, and covering a connection portion between the second male terminals and the second female terminals, wherein
an outer side surface of the male housing includes a groove formed along a border between the first holding portion and the second holding portion, and
the shield case includes an insertion wall portion configured to be inserted into the groove.
5. The connector structure according to claim 3 , wherein
the insertion wall portion is opposed to the partition wall in a depth direction of the groove.
6. The connector structure according to claim 4 , wherein
the insertion wall portion is opposed to the partition wall in a depth direction of the groove.
7. A housing comprising:
a first holding portion configured to hold first female terminals for power supply;
a second holding portion adjacent to the first holding portion, formed as one unitary piece with the first holding portion, and configured to hold second female terminals for communication; and
a conductive shield layer configured to separate the first holding portion from the second holding portion, wherein
the female housing includes a main member into which the first female terminals and the second female terminals are inserted, and a holding member configured to be engaged with the main member to hold the first female terminals,
the holding member includes a partition wall configured to separate the first holding portion from the second holding portion, and
the shield layer is provided on the partition wall.