mhoulroyd
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Socket receptacle carriers are probably one of the least known, least understood methods of creating ultra-low profile socket locations onto a PCB. A socket carrier looks just like a single-in-line or dual-in-line device, however closer inspection finds the individual receptacles are temporarily being held in position for PCB placement and soldering. Typically tail-less socket receptacles are used because only their very thin
shoulder sits above the PCB profile.
**broken link removed**
Probably the hardest concept for customers to understand is the carrier frame is intended to be disposable. The only function of the frame is to hold the loose receptacles in place. The advantages of socket receptacle carriers are many: 1) it creates an ultra-low socket location on the PCB 2) Inspection between socket receptacles is easy since there is no insulator remaining 3) Faster socket assembly since the customer is not trying to place one receptacle at a time. 4) Carriers can be designed for any device, such as for a DC-to-DC converter. Receptacles which can accept .040, 060 and .080" diameter leads can be packaged together in a carrier socket device.
shoulder sits above the PCB profile.
**broken link removed**
Probably the hardest concept for customers to understand is the carrier frame is intended to be disposable. The only function of the frame is to hold the loose receptacles in place. The advantages of socket receptacle carriers are many: 1) it creates an ultra-low socket location on the PCB 2) Inspection between socket receptacles is easy since there is no insulator remaining 3) Faster socket assembly since the customer is not trying to place one receptacle at a time. 4) Carriers can be designed for any device, such as for a DC-to-DC converter. Receptacles which can accept .040, 060 and .080" diameter leads can be packaged together in a carrier socket device.