Shield terminal compatible with multiple housings and shield connector using the same
A shield terminal ( 30 ) includes a dielectric ( 40 ) configured to accommodate inner conductors ( 32 ) and an outer conductor ( 43 ) surrounding the dielectric ( 40 ), and is mountable into a selected one of first housing ( 10 ) and a second housing ( 20 ). A first locking portion ( 55 ) and second locking portions ( 57 ) are formed on an outer surface of the outer conductor ( 40 ). The shield terminal ( 30 ) inserted into a first accommodation chamber ( 13 ) is retained by a front retainer ( 17 ) restricting the resilient deflection of a first locking lance ( 14 ) and the first locking portion ( 55 ) being to the first locking lance ( 14 ). The shield terminal ( 30 ) inserted into a second accommodation chamber ( 21 ) is retained by the locking of the first locking portion ( 55 ) and a second locking lance ( 22 ) and the locking of the second locking portions ( 57 ) and a side retainer ( 24 ).
1. A shield terminal, comprising:
an inner conductor having a tab projecting forward from a body;
a dielectric configured to hold the inner conductor while accommodating the body; and
an outer conductor surrounding the dielectric and the tab;
the shield terminal being mountable into a selected one of a first housing including a resiliently deflectable first locking lance, a front retainer capable of restricting resilient deflection of the first locking lance and a first accommodation chamber, and a second housing including a resiliently deflectable second locking lance, a second accommodation chamber and a side retainer facing inside of the second accommodation chamber,
wherein:
a first locking portion and a second locking portion are formed on an outer surface of the outer conductor;
the shield terminal is retained by the front retainer restricting the resilient deflection of the first locking lance and the first locking portion being locked to the first locking lance when the shield terminal is inserted in the first accommodation chamber; and
the shield terminal is retained by locking of the first locking portion and the second locking lance and locking of the second locking portion and the side retainer when the shield terminal is inserted in the second accommodation chamber.
2. The shield terminal of claim 1 , wherein the first locking portion and the second locking portion are formed on the same plane of the outer surface of the outer conductor and disposed at different positions in a width direction intersecting an inserting direction into the first accommodation chamber or the second accommodation chamber.
3. The shield terminal of claim 2 , wherein:
the first locking portion is disposed at a center position in the width direction intersecting the inserting direction into the first accommodation chamber or the second accommodation chamber; and
two of the second locking portions are disposed on both sides across the first locking portion in the width direction.
4. The shield terminal of claim 1 , further comprising a front stop portion formed in a planar region of the outer surface of the outer conductor different from a planar region where the first locking portion is formed, the front stop being configured to configured to restrict a movement of the shield terminal inserted into the first accommodation chamber or the second accommodation chamber beyond a proper insertion position.
5. A shield connector including a shield terminal with an inner conductor having a tab projecting forward from a body, a dielectric configured to hold the inner conductor while accommodating the body and an outer conductor surrounding the dielectric and the tab, the shield connector being configured by inserting the shield terminal into a selected one of a first accommodation chamber formed in a first housing and a second accommodation chamber formed in a second housing, comprising:
a resiliently deflectable first locking lance formed in the first accommodation chamber;
a front retainer configured to restrict resilient deflection of the first locking lance by being mounted into the first housing;
a resiliently deflectable second locking lance formed in the second accommodation chamber;
a side retainer mounted into the second housing to face inside of the second accommodation chamber;
a first locking portion formed on an outer surface of the outer conductor and configured to retain the shield terminal by being locked to the first locking lance when the shield terminal is inserted into the first accommodation chamber and to retain the shield terminal by being locked to the second locking lance when the shield terminal is inserted into the second accommodation chamber; and
a second locking portion formed on the outer surface of the outer conductor and configured to retain the shield terminal by being locked to the side retainer when the shield terminal is inserted into the second accommodation chamber.