Flying Scorpion FLS980Dxi -

Flying Scorpion FLS980Dxi - Description:

Application of new and innovative design features to increase test speed, board access, reliability, and repeatability, have opened up new possibilities for deployment of Acculogic's FLS900 series testers. As the first patented flying prober with double sided testing and 22 interchangeable probe modules, the FLS980Dxi is leading the way in defining new leaner and more efficient deployment models for production environments.

Flying Scorpion FLS980Dxi Key Features:

• Full Function Double Sided System
• Closed Loop AccuFast™ Drive System with ±0.1 Micron resolution
• Configurable with up-to 22 Closed Loop Flying Probes
• Programmable probe angle +6º to -6º degrees
• Extensive electrical Test capabilities including Analog, Digital, Mixed signal and Boundary Scan as well as advanced Optical and Thermal inspection
• Power-on and advance function testing (up-to GHz range)
• Up-to 128 non-Mux test channels through fixed nails
• Latent open detection
• Reverse Engineering
• Support for largest boards up-to 41"x 25.5" (1050 x 640mm)

ACCESS:

Shrinking component sizes and denser chip scale packaging technologies are posing new challenges to test engineers. Test pads, traditionally installed on PCBs, are being eliminated from many designs thus reducing physical access. Flying Probers are required to operate with unprecedented precision in order to meet the new challenges.

FLS980 uses highly repeatable closed loop linear motor drives and joystick-like variable angle probe modules to maximize physical access and guarantee repeatable probing of fine pitch devices and small components like 0201, 01005s. FLS980 offers double-sided probing and up to 22 probe modules on the component and solder side of the Unit Under Test (UUT) to facilitate efficient single pass testing.

ACCURACY:

Due to its modular and scalable architecture, the FLS980 guarantees superior probing precision and repeatability. Precise Closed Loop planar linear motors (shuttles) with "AccuFast™ Drive System" (±0.1 micron positioning resolution) independently move probe modules and cameras. The probe modules utilize equal-length identical probes to contact target points on the UUT. Each probe module is able to set the probing angle from 0º to 6º from vertical in any direction. The combination of shuttles' positioning and joy-stick like probe motion ensures unmatched accessibility to points on the UUT. You can now test boards whose layout, size, and technology defy testing on traditional in-circuit and other moving probe testers.