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www.us-tech.com SPEA: All-New Flying Prober
Volpiano, Italy — The brand new SPEA 4030 is the first flying probe tester designed to provide productiv- ity comparable to bed-of-nails testers, with exceptional probing accuracy. The high-speed operation of the
4030 is based on an innovative, bal- anced mechanical structure and a full linear motion technology which, taken together, are able to perform high acceleration and deceleration while guaranteeing absolute probing accuracy. The high speed is comple-
More X-traction,
less distraction.
Introducing the NEW SX-100 Sodr-X-Tractor, the latest evolution in in-line desoldering handpieces. Spend more time working and less time maintaining.
Quick Change Collection Feature
Quick Change Heater
Multiple Collection Options
1-877-882-7223
www.paceworldwide.com/SX100 No-Clog Tip
mented by a precise control of the motion profile, empowered by the presence of real measuring encoders on the three axis. These encoders, unlike the rotary positioning encoder systems used by other flying probe platforms, are able to tell where the probe really is with a res- olution of 0.000047 mils (1.19 nanometers), instantaneously cor- recting the position as needed. The 4030 is part of the new range of SPEA flying probers, based on an innovative architecture to provide substantial advantages in terms of cost of test, ease of use, productivity and test coverage. Also on display is the 4060 — the full-performance sys- tem that provides the widest test area, dual-side probing capabilities, the ability to perform power func- tional tests and boundary scan. Due to its flexibility, it can be used with boards loaded manually or with automated board loading/unloading from racks, or integrating the sys- tem in-line — all with no configura- tion changes. The new flying probers provide
a drastic test time reduction; the integration of advanced smart func- tions that lower the skill level required; enhanced diagnostic capa- bilities, attained through advances in electronics, mechanics, and sys- tem instrumentation control. The all-new measurement elec-
tronics allows ultra-precise measure- ments, because of the resolution and accuracy of the instrumentation, while reducing measurement acquisi- tion time to a few microseconds.
Measurement accuracy is sup-
ported by the extreme mechanical accuracy, that enables the flying probes to directly contact the smallest pins of 01005, 0201, RQFP packages. This level of mechanical accuracy is attained by using linear optical encoders, that guarantee a probing
March, 2012
Next gen flying prober.
accuracy and stability much higher than those of systems based on rotat- ing encoders or planar motors. The innovative multi-process platform manages the concurrent execution of multiple test techniques, optimizing the test program, that combines in- circuit test (powered-up or not), nodal impedance test (for fast detection of shorts and hidden faults), optical inspection, boundary scan test, func-
tional test. Contact: SPEA America, 2609
SSW Loop 323, Tyler, TX 75701 % 903-595-4433 fax: 903-595-5003
E-mail:
sales@speaamerica.com Web:
www.spea.com
See at IPC/APEX Booth #1429.
HE Flux Management System from BTU
Solutions and systems for soldering, rework and repair of electronics See us at APEX, Booth 513
North Billerica, MA — BTU Inter - national, Inc. is highlighting its next- generation High Efficiency (HE) Flux Management and new dual-lane,
dual-speed capabilities of the PYRA- MAX™ solder reflow system. The HE Flux management sys-
tem collects flux residue by process- ing oven atmosphere from multiple extraction points through a series of heat exchangers. To reduce the
PCB Solutions from the CAM & DFM Expert…
Pyramax reflow oven with flux management system.
downtime associated with oven maintenance, the HE flux manage- ment system is designed to allow service while the oven is in produc- tion for true on-the-fly maintenance. Dual-lane reflow ovens have
www.pentalogix.com — Experience It 3:50 PM
been used to increase production in a single reflow oven by allowing two boards to be run at the same time in parallel with identical or nearly iden- tical boards. Now, by using inde- pendent lane speeds, it is possible to achieve independent thermal profiles and run boards with significant dif-
ferences, simultaneously. Contact: BTU International, 23
Esquire Road, North Billerica, MA 01862 % 978-667-4111 Web:
www.btu.com
See at IPC/APEX Booth #3409.
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