Overview
| brand | TAKAYA | Does it support processing customization | yes |
| Imported or not | yes | LCD display update | |
| Installation method | Packaging specifications | ||
| Wavelength range | material | ||
| material quality | Sampling flow range | ||
| Operation mode | Measurement time | zero point one | |
| Metering method | Measurement object | ||
| measuring range | 0.1-999 | measurement accuracy | twelve |
| Measuring caliber | Measurement time | two | |
| Measurement repeatability | Test scope | ||
| size | four hundred and thirty-four | Pupillary distance | |
| Exit pupil diameter | twenty-two | source | two hundred and twenty |
| reflectivity | Magnification rate | ||
| Magnification factor | Magnification rate | ||
| resolving power | one thousand and forty-eight | Graduation value | |
| Analysis time | Lattice value | ||
| working voltage | working temperature | ||
| power | 15kw | Photometric range | |
| Smoothness | light source | ||
| specifications | thickness | ||
| ambient temperature | Counting range | ||
| Detection low limit | Thickness detection | ||
| check the accuracy | Detection distance | ||
| Testing items | Detection range | ||
| focal length | structure | ||
| structural style | Resolution | ||
| Dielectric strength | accuracy | ||
| Precision | accuracy | ||
| Measurable sample status | Scale circle diameter | ||
| type | Continuous working hours | ||
| Coupling type | Range range | ||
| Filter specifications | frequency range | ||
| variety | Sampling rate | ||
| Sampling time | Incidence angle | ||
| Scanning range | Scanning method | ||
| Lifting range | Whether equipped with cross hairs | ||
| Indication error | field | ||
| visual field | Applicable scope | ||
| Applicable medium | Applicable samples | ||
| output voltage | Input signal voltage | ||
| Probe type | Number of channels | ||
| Projection method | Transmittance | ||
| Temperature compensation range | Objective diameter | ||
| Display Range | Display method | LCD | |
| response time | 2 hours | model | |
| serial number | colour | ||
| Effective sight distance | Effective pixels | ||
| Effective diameter | noise | ||
| length | type | ||
| Repeatability error | weight | 250kg | |
| Number of boxes packed | Accuracy | zero point zero one | |
| UV wavelength | UV power | ||
| Closest working distance | encapsulation | Wooden box | |
| purpose | Electronic Product Testing | lift | two hundred and fifty-eight |
| voltage | two hundred and twenty | load | 20KW |
| Processing customization | yes | Quality assurance services | 2 years |
| Measurement range | 0.1-888 | Insulation method | rubber |
| Cooling method | Air-cooled | Test temperature | twenty-five |
| atmospheric pressure | 5-8kg | relative humidity | fifteen |
| Stretch Space | zero point one eight | Stretching speed | zero point one six |
| Environmental requirements for use | Yuanchen | Support collection technology | support |
Product Details
TAKAYA flying needle tester is a flying needle detection system that uses high-speed independent flying needle combinations to analyze product manufacturing defects on assembled circuit boards. As early as 1987, TAKAYA was the first to propose the concept of flying needle testing and developed flying needle testing equipment that uses electrical performance testing methods and has high-performance and high-precision testing capabilities. Since then, TAKAYA has been leading the technological development in the field of flying needle detection. TAKAYA focuses its research and development on product technology reform and innovation, and can respond quickly to market changes in a timely manner to meet the technical requirements and customer needs of different electronic industry fields.
The high-precision 4-wheel drive 6-pin design can also accurately detect solder pads smaller than 60 µ m, and the testability design can perform high-precision detection on complex SMD boards without test points. The use of a new soft landing stitching technology can minimize the traces generated when touching the substrate without affecting the detection speed.
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A unique mechanical structure system with 10 flying needles
Ultra fast XYZ motor and control
50% faster than traditional flying needle testers
Improved accuracy by 25%, with a minimum pad size of 60 µ m
The newly designed XY axis and XY workbench are made of granite
Flexible robot cables for long-term measurement
Advanced soft landing control
Measurement unit installed at the flight head
Newly developed flexible clamp mechanism
Conveyor system with automatic width adjustment and SMEMA interface
16 bit DAC/ADC measurement unit, including
3 sets of DC 4-quadrant power supplies
R. L, C measurement
Kelvin measurement
Protection function
Diode and Zener diode measurement
Transistors/field-effect transistors/optocouplers/relays/etc.
Voltage regulator/operational amplifier/transformer
DC/AC current and voltage measurement
Measurement of characteristics of components and circuits
Isolation testing
Continuity testing
frequency measurement
AC signal generator
Cluster testing
IC open circuit sensor
LED testing (color and brightness)
