test fixture for leadless chip carriers

I need to come up with a test fixture for a small leadless chip carrier device. RFin, RFout, 2 Grounds, and DC volts for connections. The trick is I want to put hundreds of these packages on a big PCB and do some testing. I would prefer to NOT solder or wirebond these in. Room temperature only. 10 GHz.

I can not afford some sort of probing station approach, since I would need 5 x hundreds micromanipulators--way too expensive.

Does anyone make some sort of cheap pad attachment scheme out there. Maybe some sort of flex circuit thing with a foam rubber/clamp to make the connections stick?

Thanks, Rich

Hi biff44,
Your cheapest way is, I belief, some construction of a sandwich, build with "silicon elastomer strips" & a pressed second board; they has all your cabeling/ connectors on the backside
They are in the hight of i.e. 2-3 mm to order in lot of versions, some i.e. has contact springs inside on random raster, but in max ca. 0.2-3mm evrey times one.
The knowed LCD "strip connectors" are similar.
K.

UK Patent Application ,,„ GB „„ 2 451 025 „„ A tunnelling occurs under compression), or contact strips ..... cover 37 of a flexible resilient material, such as a silicone elastomer. ...
ns3.patent.gov.uk/p-find-publication-getPDF.pdf?PatentNo...A...

What frequency / power are you dealing with? If it's low GHz & low power try htt#://www.inotech.org. I'm uncertain how well this prototyping system performs above a few GHz.

I have it yet:
http://www.fujipoly.com/products/gen...ductLine=Zebra
K.

And here with the spoken/wroten wires too:

http://www.fujipoly.com/products/gen...e=Zebra#bottom
K.

Thanks for the ideas. It is 10 ghz, 100 mw.
Rich

Rich, I think with fujipoly or shin-itshu contact strips is 10 GHz real, and 100mW should be no problem...
K.