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Apr 06, 2011 | Ironwood Electronics has recently introduced a new high performance BGA socket for 1.118mm pitch, 729 pin BGA IC's. The SG-BGA-6345 socket is designed for 31X31 mm package size and operates at bandwidths up to 8 GHz with less than 1dB of insertion loss.
Mar 22, 2011 | Ironwood Electronics recently introduced a new BGA socket addressing high performance requirements for BGA devices - CBT-BGA-6014.
Mar 11, 2011 | Ironwood Electronics has recently introduced a new high performance BGA socket for 0.4mm pitch 221 ball BGA - SG-BGA7162. The socket operates at bandwidths up to 10 GHz with less than 1dB of insertion loss.
Feb 26, 2011 | Ironwood Electronics has recently introduced a new high performance WLCSP socket for 0.5mm pitch 40 ball WLCSP and 0.4mm pitch 30 ball WLCSP accommodated in the same socket.
Feb 14, 2011 | Design engineers using 0.8mm pitch 96 position BGA ICs will be interested in the PA-BGA96C-Z-01 probing and prototyping adapter with GHz BGA socket from Ironwood Electronics. Ironwood Electronics recently introduced a new BGA socket addressing high performance requirements for testing clock driver IC's. The socket is constructed with high performance and low inductance elastomer contactor.
Feb 03, 2011 | Ironwood Electronics recently introduced a new BGA socket addressing burn-in characterization requirements for BGA devices - CBT-BGA-6011.
Jan 12, 2011 | Ironwood Electronics recently introduced a new BGA socket addressing high performance requirements for testing digital camera processor - CBT-BGA-7005. The contactor is a stamped spring pin with 26 gram actuation force per ball and cycle life of 500,000 insertions.
Dec 10, 2010 | Ironwood Electronics recently introduced a new spring pin socket addressing precise resistance measurement need for testing power management devices - SSK-QFN-7000.
Nov 30, 2010 | Ironwood Electronics' new package converter - PC-BGA256B/BGA256E-B-01 allow previous product version to be used in the new system boards for test/validation until the new BGA device is released from the foundry or vice versa. These package converters can be soldered directly onto the SMT pads of development boards using standard solder methods.