Connector assembly and method for SATA drives
View Patent ↗A connector assembly and method suitable for making data and power connections with mass storage devices that use the SATA interface standard. The connector assembly includes a connector having a pair of oppositely-disposed surfaces, a face between the surfaces, and data and power connector portions disposed in the face. The data and power connector portions are adapted to establish data and power connections between the connector and a SATA interface of a mass storage device. The connector assembly further has data and power cables for transmitting, respectively, data and power through the data and power connector portions of the connector. Opposing clips protrude from the oppositely-disposed surfaces of the connector and project beyond the face of the connector. The clips engage opposing sides of the mass storage device and mechanically stabilize the data and power connections between the connector and the SATA interface of the mass storage device.
1. A connector assembly configured to connect a SATA interface provided in an enclosure of a mass storage device to a host bus adapter, transmit data between the mass storage device and the host bus adapter, and supply power to the mass storage device, the connector assembly comprising:
a connector having a cross-section defining a pair of oppositely-disposed surfaces that are spaced apart by a minor dimension of the cross-section, the connector further having a face between the surfaces, and data and power connector portions disposed in the face, the data and power connector portions being adapted to establish data and power connections between the connector and the SATA interface of the mass storage device;
at least one data cable for transmitting data through the data connector portion of the connector;
at least one power cable for transmitting power to the power connector portion of the connector; and
opposing clips protruding from the oppositely-disposed surfaces of the connector and projecting beyond the face of the connector, the clips being adapted to engage opposite exterior surfaces of the enclosure of the mass storage device as opposed to the SATA interface of the mass storage device, and mechanically stabilize the data and power connections between the connector and the SATA interface of the mass storage device.
2. The connector assembly of claim 1 , wherein the oppositely-disposed surfaces define a major dimension of the cross-section.
3. The connector assembly of claim 1 , wherein at least two of the clips comprise facing surfaces adapted to make surface-to-surface contact with the opposite exterior surfaces of the enclosure of the mass storage device.
4. The connector assembly of claim 3 , wherein the at least two clips comprise distal ends that are beveled away from a center of the connector between the facing surfaces.
5. The connector assembly of claim 3 , wherein the connector assembly is assembled with the mass storage device and the data and power connections are established between the connector and the SATA interface and are mechanically stabilized by the clips.
6. An assembly defined by the connector assembly and the mass storage device of claim 5 .
7. A method comprising assembling the connector assembly of claim 3 with the mass storage device to establish the data and power connections between the connector and the SATA interface and to mechanically stabilize the data and power connections by engaging the facing surfaces of the clips with the opposite exterior surfaces of the enclosure of the mass storage device so as to make surface-to-surface contact therebetween.
8. The connector assembly of claim 1 , wherein at least two of the clips comprise distal ends configured for engaging the opposite exterior surfaces of the enclosure of the mass storage device.
9. The connector assembly of claim 8 , wherein the at least two clips comprise portions between the respective distal ends thereof and respective junctions with the oppositely-disposed surfaces of the connector, and the portions project away from each other so as not to be adapted to engage or contact the opposite exterior surfaces of the enclosure of the mass storage device.
10. The connector assembly of claim 9 , wherein the at least two clips have S-shaped cross-sections.
11. The connector assembly of claim 9 , wherein the connector assembly is assembled with the mass storage device and the data and power connections are established between the connector and the SATA interface and are mechanically stabilized by the clips.
12. The connector assembly of claim 11 , wherein the distal ends of the at least two clips engage raised features on the opposite exterior surfaces of the enclosure of the mass storage device.
13. An assembly defined by the connector assembly and the mass storage device of claim 8 .
14. A method comprising assembling the connector assembly of claim 8 with the mass storage device to establish the data and power connections between the connector and the SATA interface and to mechanically stabilize the data and power connections by engaging the distal ends of the clips with the opposite exterior surfaces of the enclosure of the mass storage device.
15. A method comprising assembling the connector assembly of claim 8 with the mass storage device to establish the data and power connections between the connector and the SATA interface and to mechanically stabilize the data and power connections by engaging the distal ends of the clips with raised features on the opposite exterior surfaces of the enclosure of the mass storage device.
16. A method of connecting a SATA interface provided in an enclosure of a mass storage device to a host bus adapter for transmitting data between the mass storage device and the host bus adapter and supplying power to the mass storage device, the method comprising:
providing a connector assembly comprising a connector having a pair of oppositely-disposed surfaces, a face between the surfaces, and data and power connector portions disposed in the face; and
assembling the connector assembly with the mass storage device to establish data and power connections between the connector and the SATA interface of the mass storage device through the data and power connector portions of the connector, the assembling step causing opposite exterior surfaces of the enclosure of the mass storage device, as opposed to the SATA interface of the mass storage device, to be engaged by opposing clips protruding from the oppositely-disposed surfaces of the connector to mechanically stabilize the data and power connections between the connector and the SATA interface.
17. The method of claim 16 , wherein the assembling step causes the clips to resiliently deflect outward as the clips engage the opposite exterior surfaces of the enclosure of the mass storage device.
18. The method of claim 16 , wherein the assembling step further comprises engaging facing surfaces of the clips with the opposite exterior surfaces of the enclosure of the mass storage device so as to make surface-to-surface contact therebetween.
19. The method of claim 16 , wherein the assembling step further comprises engaging the distal ends of the clips with the opposite exterior surfaces of the enclosure of the mass storage device.
20. The method of claim 16 , wherein the assembling step further comprises engaging the distal ends of the clips with raised features on the opposite exterior surfaces of the enclosure of the mass storage device.