New Equipment | Test Equipment
We are experts at troubleshooting! Test pricing includes troubleshooting, rework and re-test.
We provide in-circuit and functional testing for our customer's printed circuit board assembly products. We can program firmware on to components, analyze failures, repair boards by changing components and soldering new ones on to the boards, and re
Electronics Forum | Fri Jan 31 13:41:04 EST 2003 | MA/NY DDave
Hi Have you compared Retest to 2nd Retest. You might be having a contacting problem. Do Retest and 2nd Retest close together in time YiEng, DDave
Electronics Forum | Wed Jan 10 13:03:50 EST 2007 | aj
We also took the shields off one of the boards and retested and it still fails...
Used SMT Equipment | Conveyors
This is a Simplimatic Test and Repair loop. It is Full Dual lane capable and complete with workstaions for repair and re-test. The system is late model and in outstanding condition through out. If you ever priced one of these systems you know how
Industry News | 2012-11-27 07:08:52.0
Team Manufacturing Services are now IPC-A-610E Qualified Trainers after retesting to update the old Rev D standard.
Industry News | 2009-04-22 17:40:53.0
September 1-3, 2009
Technical Library | 2016-04-14 13:49:44.0
A system level test, usually built-in test (BIT), determines that one or more subsystems are faulty. These subsystems sent to the depot or factory repair facility, called units under test (UUTs) often pass that test, an event we call No-Fault-Found (NFF). With more-and more electronics monitored by BIT, it is more likely that an intermittent glitch will trigger a call for a maintenance action resulting in NFF. NFFs are often confused with false alarm (FA), cannot duplicate (CNDs)or retest OK (RTOK) events. NFFs at the depot are caused by FAs, CNDs, RTOKs as well as a number of other complications. Attempting to repair NFF scan waste precious resources, compromise confidence in the product, create customer dissatisfaction, and the repair quality remains a mystery. The problem is compounded by previous work showing that most failure indications calling for repair action at the system level are invalid. NFFs can be caused by real failures or may be a result of system level false alarms. Understanding the cause of the problem may help us distinguish between units under test (UUTs) that we can repair and those that we cannot. In calculating the true cost of repair we must account for wasted effort in attempting to repair unrepairable UUTs.This paper will shed some light on this trade-off. Finally, we will explore approaches for dealing with the NFF issue in a cost effective manner.
Career Center | Fredericksburg, Virginia USA | Engineering,Maintenance,Management,Production,Quality Control
• Certified CP643 Loader Calibration – FUJI American Chicago, IL 2001. • Certified - Cookson Performance Solutions BTU - PARAGON - P150 Oven – Maintenance & Electrical Troubleshooting Charlotte, NC 2001. • Certified UNIVERSAL (GSM) Platform: Operat
