Complete Electrical Testing of High-Function Boards with a Single Unit
FLYING PROBE TESTER FA1283
Description
Model No. (Order Code)
| FA1283-01 | board-carrier N/A |
|---|---|
| FA1283-11 | with board-carrier |
• High-precision probing □20 μm / □15 μm (when using FA1971-01)
• Max.100 points/s ultra-high speed inspection
• Reliable clamping of thin boards with tension function
• High-speed insulation testing of up to 100GR.
• Minute resistance measurement of IVHs and through-holes.
• Measure with high applied currents of up to 200mA,which is close to current ratings for fine patterns
• Large testing area of 400×324 mm
• Inline function(optional feature)
• LSI reliability testing(optional feature)
Complete Electrical Testing of High-Function Boards with a Single Unit
The FA1283 is a next-generation bare board testing system that incorporates component measurement expertise accumulated by Hioki in the course of developing populated board testing products.
Down to the 1μm
A High-Accuracy FLYING PROBE TESTER Aiming at φ10 μm Contact
Total Probing Accuracy □ 15 μm (when FA1971-01 is installed)
Not One Second Wasted
A smooth start to initial testing is vital.
Electrical testing schedules are short and strict.
・Tension Clamp Equipped as Standard
・Laser board thickness correction unit that measures board flex and undulation
・Capacitance measurement vacuum stage for testing boards that cannot be clamped (optional)
・Available in both offline and automatic transport variants.
・FEB-LINE Data Creation System UA1781 provides accurate data, even for complex designs.
Total Measurement Mastery
A single unit for everything from simple continuity and insulation testing to advanced function measurements for component testing.
A testing unit and measurement unit for selection and analysis.
This high-potential flying probe tester is designed to fit your needs.
Vacuum Unit for Capacitance Test E4001
"Nothing ships without electrical testing."
Vacuum absorption stage E4001 is used to perform capacitance method O/S testing, which is unaffected by board shape.
Perform stable testing independent of board dimensions or thickness.
Improving the quality of insulation testing
The tester's insulation test capabilities have a direct impact on product quality when it comes to phenomena such as burning up micro-shorts and arcing during testing.
The FA1283 can perform super-high-speed insulation testing at 100 GΩ/10 msec.
It also provides a variety of functions designed to guarantee a high level of insulation quality, including micro-short detection, arc detection, bipolar testing, and impulse testing.
Mastering continuity testing and resistance measurement
Users can select from multiple modes, including 4-terminal low-resistance measurement, 200 mA continuity measurement, and capacitance measurement O/S testing.
Use 4-terminal measurement to detect increases in wiring resistance caused by phenomena such as open vias, and use continuity testing at large currents of up to 200 mA to guarantee board integrity under conditions that approach actual operation.
The FA1283 provides numerous measurement modes that are made possible by Hioki's unique measurement expertise, from low-voltage resistance measurement at 0.1 V to high-voltage resistance measurement for materials such as ITO that have high insulation resistivity.
Embedded Device Measurement: A Sharp Departure from LCR Measurement
The FA1283 is a next-generation bare board testing system that incorporates component measurement expertise accumulated by Hioki in the course of developing populated board testing products.
Its measurement capabilities range from basic measurement functions such as MLCC measurement to guard functionality for measuring composite circuits, phase separation measurement, and other capabilities that go beyond the typical features of in-circuit testers,It also delivers dedicated modes such as current consumption testing and leakage current testing for use in LSI reliability testing.
These functions are ideal for testing populated boards and differ from those offered by LCR meters.
Half of Data Generation Time With New Platform FEB-LINE UA1781
Flying probe test for Embedded and Bare boards UA1781
3-in-1 Editing Software for Bare Boards Testing
Edit data and Generate test point and Built-in component support
・3-in-1 for editing, test-point generation, and built-in component support
・New Windows-optimized algorithm
・Free from data volume restrictions for increased freedom
・Added new commands to reduce data generation time by half
Specifications Overview
| Number of arms | 4 (2 each, top and bottom) |
|---|---|
| Total probing precision | □20 μm / □15 μm (when using FA1971-01) |
| Number of test steps | 900,000 (max.) |
| Measurement ranges | Resistance: 40.00 μΩ to 40.0 MΩ Capacitance: 10.00 fF to 40.00 mF Inductance: 10.00 μH to 100.0 mH Diode VZ measurement: 0.000 V to 25.00 V Insulation resistance: 200.0 Ω to 100.0 GΩ Capacitance Insulation resistance: 200.0 Ω to 10.00 MΩ High voltage resistance : 200.0 Ω to 25.00 GΩ High voltage short resistance: 400.0 mΩ to 400.0 kΩ Leak current measurement: 100.0 nA to 10.00 mA Zener diode VZ measurement: 0.000 V to 25.00 V Digital transistor measurement: 0.000 V to 25.00 V Photo couplers measurement: 0.000 V to 25.00 V Continuity test: 400 mΩ to 1.000 kΩ Open test: 4.000 Ω to 4.000 MΩ Short test: 400.0 mΩ to 40.00 kΩ DC voltage measurement: 40.00 mV to 25.00 V Discharge function, Visual test, Visual alignment measurement |
| Measurement time | 100 points/ s (X-Y movements of 0.15 mm, 4-arm simultaneous probing, capacitance measurement) |
| Probing precision | 400 mm (15.75 in) W × 324 mm (12.76 in) D |
| Fixed board dimensions | Thickness : 0.1 mm to 2.5 mm (0.10 in) Outer dimensions : 50 mm (1.97 in) W × 50 mm (1.97 in) D to 400 mm (15.75 in) W × 330 mm (12.99 in) D |
| Board clamping | Board 2-side chuck method (*with tension function) |
| Power supply | 200 V AC ±10% (single-phase), 50/60 Hz, 5 kVA 220 V, 230 V, 240 V AC : factory options |
| Dimensions and mass | 1,360 mm (53.54 in) W × 1,200 mm (47.24 in) H × 1,280 mm (50.39 in) D, 1,100 kg (38,800.7 oz) |
There are no drivers, firmware or software available for this product.
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