Fastest and most accurate fault isolation system
The EOTPR 3000 system is configured with a manual probe station to meet today’s tough FA environment which requires to isolate fault location in minutes rather than hours or days, while maintaining the EOTPR’s world leading sub-5 μm fault isolation accuracy.
Key Features
Manual probe station for quick sample runs
Data acquisition time of less than 5 sec. per pin.
User friendly software to capture data.
Uses GGB high frequency probe tips.
Supports any pitches between 50 μm to 1.1 mm.
Less than 5 μm distance-to-defect fault isolation accuracy.
Product Features
Patented technology.
More than 270 mm signal penetration into DUT.
Technical Specification
| EOTPR pulse rise time | 6 ps (based on processed data) Defined as the time for the reflected impulse from the end of the high frequency probe to rise from 10% to 90% of its maximum value |
| Accuracy | Able to locate a feature on 50 Ω coplanar waveguide positioned close to the high frequency probe with precision of ± 5 µm |
| Range | Up to 270 mm from contact with probe in a typical package |
| Input Impedance | 50 Ω nominal |
| Signal to noise | 94 dB |
| Laser stabilisation | Laser power stabilisation prevents laser power fluctuations during measurement |
| Measurement time | Rapid scan delay line offers measurement times of less than 5 seconds per pin |
| Time-based jitter | < 30 femtoseconds |
