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March, 2013


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Page 69


New 100Gbps CFP2 Connector from Yamaichi Meets MSA Requirements


San Jose, CA — Yamaichi has intro- duced a new CPF2 connector (series CA009) with 100Gbps high-speed data transmission that, according to the manufacturer, is the first connector to meet the full MSA requirements. It is designed for reliable high signal transmission rates in telecomm/data communications systems. The requirements placed by the


MSA on the CFP2 connector as a fur- ther development of the standard CFP connector were strict. Among other things, it was necessary to reduce the pitch of the CFP from 0.8mm to 0.6mm for the CFP2, while still achieving the data transmission rate of 100Gbps. Yamaichi Electronics has implemented this successfully in the new CFP2 connec- tor as one of the first manufacturers. Signals are transmitted


through an 80-pin host connector that is available as SMD version. To be able to transmit at 100Gbps, up to 4 channels of 25Gbps each are avail- able. Additionally, the host connector is EMI-protected by the connector cover, which is also available in a


Relay Module Cincinnati, OH — Standex-Meder Electronics, a manufacturer of pre- cise, reliable, and long-lasting minia- ture switches, sensors and relays, announces the RM05-8A-S 8-pole PCB mount reed relay module. Equipped with a new generation of


Standex-Meder Introduces Compact Reed


Model 6000  


  Md l 6


ErgoSonic  


twin design. The backdrop for the twin design is the complete CFP2 set


consisting of the host connector, plug connector, connector cover, cage and heat sink. In all, the new CFP2 measures 85mm in width and can handle two modules of about 42mm module width each at a time. This means that the CFP2connector set can replace a CFP connector, though at twice the transmission capacity, corresponding to 200Gbps transmis- sion capacity. The contacts for the cage,


100Gbps connector.


equipped with press-fit technology, are new. This eliminates the time-


consuming screwing of the connector onto the PCB. The 33 press-fit pins on the cage provide over 800N of strength. The complete CFP2 connector


and its associated components corre- spond to the connector set standard- ised in the Multi Source Agreement


(MSA). Contact: Yamaichi Electronics


USA Inc., 475 Holger Way, San Jose, CA 95134 % 408-715-9100 fax: 408- 715-9199 E-mail: info@yeu.com Web: www.yamaichi.us


A CLEANER STENCIL


IMPROVES PRINT YIELDS! All Smart Sonic stencil cleaners are guaranteed to clean any type of solder paste from any fine-pitch stencil


Reed relay module for PCB mounting.


drivers, the RM05-8A-S PCB mount reed relay module offers a 24% small- er footprint than the RM05-8A. It has a minimum breakdown voltage of 210 VDC. Power switching up to 10 watts is available, and comes with coil voltage of 5 VDC. The RM05-8A-S features gold-


plated leads for improved solderabil- ity, with a standardized dual-in-line pin layout (2mm raster). No external activation electronics are required, cutting down on wiring costs, and the RM05-8A-S also requires reduced assembly time. This relay is also available with parallel activation electronics.


According to the company, the


RM05-8A-S is ideal for test and measurement, high frequency, and


telecommunications applications. Contact: Standex-Meder Elec - tro nics, 4538 Camberwell Road,


Cincinnati, OH 45209 % 866-782-6339 or 513-871-3777 fax: 513-871-3779 E-mail: info@standexelectronics.com Web: www.standexelectronics.com or www.standexmeder.com


Smart Sonic Corporation - makers of the original ultrasonic stencil cleaner 


Models 1500 and 500   


EnviroGuard   


      

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