Overview
| brand | TAKAYA | material | PC BA testing |
| New and old degree | 90% new | Product quantity | ten |
| Processing customization | yes | output signal | 50hz |
| model | TAKAYA9401 | producing area | Japan |
| Application scope | PCBA flying needle test | speed | 0.2s |
| Recycling scope | Across the country | packing | Wooden box |
| Test speed | two | Test frequency | 80Hz |
Product Details
The flying needle testing machine is easier and faster than traditional ICT systems. For example, for GenRad's GRPILOT system, the test developer converts the design engineer's CAD data into usable files, which takes 1-4 hours. Then, the new file is run through a test program to generate an. IGE and. SPC files, which are then placed in a directory. Then the software runs in the directory to generate all the files that need to be tested for UUT. The test type for short circuits is selected from the options page. The reference points used by the testing machine on UUT are selected from CAD information. Place the UUT on the platform and fix it. After the software development is completed, the program is "screwed in" to ensure that the best possible testing location is selected. At this point, various components are added for "protection" (component testing isolation). The testing and development time for a typical 1000 node UUT is 4-6 hours.
After the software development and loading are completed, start the testing and debugging of the typical flying needle testing process. Debugging is the next task for test developers and needs to be used to achieve the best possible UUT test coverage. During the debugging process, check the upper and lower test limits of each component to confirm the contact position of the probe and the part value. A typical 1000 node UUT debugging may take 2 hours.
The TAKAYA flying needle testing machine is a system for testing PCBs in a manufacturing environment. Instead of using all traditional bed of rails interfaces on traditional online testing machines, flying needle testing uses four to eight independently controlled probes that move to the components under test. The UUT (unit under test) is transported to the testing machine through a belt or other UUT transmission system. Then fix it, and the probe of the testing machine contacts the test pad and passage hole (via) to test the individual components of the UUT. The test probe is connected to the driver (signal generator, power supply, etc.) and sensor (digital multimeter, frequency counter, etc.) through a multiplexing system to test the components on the UUT. When a component is being tested, other components on the UUT are electrically shielded by a probe to prevent reading interference
Professional second-hand SMT testing equipment
Professional sales and recycling of second-hand ICT online testers TRI518SII from various brands
TRI8100LV, TRI5001E, Agilent3070, Agilent i1000D
Teradyne ICT and TAKAYA test flying needles, various brands of ICT test accessory boards,
Switch board, ATMSMB. DUT. Agilent 3070
XTP control card (E9900-66501)
Asru N (N1807-66550)
Hybrid DD pin card (E4000-66550)
TeradyneTSL124/128 PIN CAR
PIO CAR, System controller
9004-0387 Ultra 124L
9004-0386 Ultra 128L
Provide technical support for factory ICT testing, with a professional team
Quality assurance, reliable technology, and worry free after-sales service. Support idle equipment in factories
Recycling, maintenance, and upgrade processing are welcome for consultation, available 24 hours a day!
Contact number: 13823131881 (same WeChat account)