S510 Semiconductor Reliability Test System is a high channel count, turnkey solution for reliability testing and lifetime modeling of ULSI CMOS processes at the 65 nm node and beyond. Said to provide a high degree of wafer-level reliability (WLR) test throughput and flexibility, reducing the time to assess reliability and to perform lifetime modeling. Can also be used for production WLR monitoring or as a lab parametric test system.

The fully automated, multi-channel parallel reliability test system features scalable channel counts from 20 to 72 channels, an independent stress/measure channel for each structure and simultaneous measurement across all channels. Can test multiple devices simultaneously on a wafer in conjunction with a semi-automatic or fully automatic probe station. 

Keithley Instruments, www.keithley.com

Metallic Static Shield Polyethylene Tubing on a roll allows users to create custom-sized poly bags that inhibit electrostatic discharge (ESD).

Laboratory tested; meets or exceeds the electrical and physical requirements of MIL-PRF-81705D Type III and EIA 541 standards. Protects electronics, switchboard apparatus, PCBs, transistors and other sensitive components from EDS damge.

Joins a full line of rolled poly tubing, including clear, black and pink anti-static styles. When used with the Better Bagger 900e, can be cut and sealed to create custom, on-demand bags up to 8" wide and 99" long. Customization can produce lengths up to 240".

Manufacturers can eliminate the need to order pre-made bags in bulk, thus reducing waste and inventory cost. Depending upon the application, the cost of making on-demand bags can average 50% less than the cost of purchasing pre-made bags.

DEK has introduced Setup Verification and Traceability for screen printing, to prevent setup errors, maximize screen printing productivity and gather data for continuous improvement. Optional features also now allow manufacturers to achieve board-level traceability.

The optional traceability module and conveyor-mounted barcode reader identify each board entering the machine and link the board ID with the setup verification data, which is stored on the machine's hard drive. This delivers board-level traceability for screen printing.

Records setup variables, as well as ambient temperature and humidity, operator identity and line identity. Data is accessible via a network connection, can be copied onto removable media and can be used as input to statistical process control tools.

DEK, www.dek.com

Kepco Inc., www.kepcopower.com/rtw.htm