Electrical connector with retaining device
An electrical connector ( 100 ) adapted for being assembled in a notch ( 4 ) of a Printed Circuit Board (PCB) ( 200 ) comprises a dielectric housing ( 1 ) defining passageways ( 12 ) thereon, a plurality of contacts ( 2 ) received in corresponding passageways, and a retaining device ( 31 ) retaining the electrical connector to the PCB. Each contact comprises a soldering section ( 22 ) extending out the dielectric housing and retained on the PCB. The retaining device has a same thickness W to that of each soldering section of the contact.
1. An electrical connector adapted for being assembled in a notch of a Printed Circuit Board (PCB) comprising:
a dielectric housing defining passageways thereon;
a plurality of contacts received in corresponding passageways, each contact comprising a soldering section extending out the dielectric housing and retained on the PCB;
a retaining device for retaining the electrical connector to the PCB, the retaining device having a same thickness as that of the soldering section of the contact;
further comprising a shielding shell surrounding the housing, wherein said retaining device is formed on said shell; wherein
the dielectric housing comprises a base portion, a tongue portion projecting forwards from the base portion and a plurality of parallel passageways extending from the base portion to the tongue portion to receive the contacts; wherein
the contacts and the retaining device are arranged to be capable of being commonly and coplanarly surface-mount soldered on either an upper surface or an under surface of the printed circuit board under a condition that the connector is displaced in a same oriented manner.
2. The electrical connector according to claim 1 , wherein the retaining device is bent from approximately the middle height portion of each sidewall of the shell.
3. The electrical connector according to claim 1 , wherein the base portion defines slots both on the upper and back walls thereof, and the shell comprises locking portions engaging with said slots.
4. The electrical connector according to claim 3 , wherein each contact comprises a retaining section secured in the base portion, a contact section extending from one end of the retaining section to position on the tongue portion, said soldering section extends from the other end of the retaining section.
5. An electrical connector adapted for being assembled in a notch of a Printed Circuit Board (PCB), comprising:
a dielectric housing defining passageways thereon;
a plurality of contacts received in corresponding passageways, each contact comprising a soldering section extending out the dielectric housing and electrically and mechanically connecting to the PCB;
a retaining device mounted to the PCB; wherein
the retaining device and the soldering section respectively have an upper face and a bottom face opposite to the upper face, and the upper faces of the retaining device and the soldering section are on a same plane and the bottom faces of the retaining device and the soldering section are also on a same plane; further
comprising a shielding shell surrounding the housing, wherein the retaining device is bent from the mid-height of sidewalls of the shell; wherein
the dielectric housing comprises a base portion, a tongue portion projecting forwards from the base portion and a plurality of parallel passageways extending from the base portion to the tongue portion to receive the contacts; wherein
the contacts and the retaining device are arranged to be capable of being commonly and coplanarly surface-mount soldered on either an upper surface or an under surface of the printed circuit board under a condition that the connector is displaced in a same oriented manner.
6. The electrical connector according to claim 5 , wherein the dielectric housing defines a pair of flanges on two opposite ends thereof to form said retaining device.
7. A connector assembly comprising:
a printed circuit board defining a cutout along an edge thereof, a plurality of solder pads formed on at least one of upper and under surfaces of said printed circuit board proximate said cutout, and
an electrical connector including an insulative housing enclosing a plurality of contacts and enclosed by a metal shell, said shell defining at least one horizontal retaining portion; wherein
the retaining portion and tails of the contacts commonly define not only an upper plane but also a bottom plane thereon for soldering to the corresponding solder pads; wherein
the insulative housing comprises a base portion, a tongue portion projecting forwards from the base portion and a plurality of parallel passageways extending from the base portion to the tongue portion to receive the contacts; wherein
said shell including an upper wider portion and a lower narrower portion; wherein
said narrower portion is received in the cutout when the connector is fastened to the printed circuit board via said bottom plane; wherein
the contacts and the retaining device are arranged to be capable of being commonly and coplanarly surface-mount soldered on either the upper surface or the under surface of the printed circuit board under a condition that the connector is displaced in a same oriented manner.
8. The assembly as claimed in claim 7 , wherein said cutout is dimensioned to be large enough to receive said upper wider portion when the connector is fastened to the printed circuit board via said upper plane.
9. The assembly as claimed in claim 7 , wherein the retaining portion extends and is split from a transition region between the upper wider portion and the lower narrower portion.
10. The assembly as claimed in claim 7 , wherein the retaining portion is an unitary piece where both the upper plane and the bottom plane are applied and which has a same thickness with the tail.