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1. Project background
With the development of our country’s economy, people’s quality of life has received more and more attention. The public is particularly supportive of branded populations. Whether it is daily necessities, industrial goods or military goods, certification labels are required, so that the labels will be It is produced in large quantities, and how to inspect the pass rate of labels has become a very important issue for manufacturers and research units. Then research units have begun to study label detection systems, so UHF label detection solutions can help manufacturers and research units Better improve product quality and work efficiency.
2. Investigation of label manufacturers
In the production of UHF tags, we often encounter such problems:
After the label is produced, it is difficult to judge whether it meets the design requirements;
The consistency between the various labels is not good;
The existing UHF tag detection system is expensive and the investment cost is too high;
3. Introduction to UHF Tag Detection System
Using advanced UHF tag detection technology, it can quickly and accurately evaluate its performance, including the sensitivity, reading range and power of each frequency point.
ZY-TTS2000
※ Rich communication interface
※ The design is light, compact and easy to carry
※ Advanced testing technology and evaluation standards
Complete inspection system composition:
* ZY-TTS2000 detection system
* Display
* Antenna
* Fixture
System Features:
(1) It can detect the response performance of each label: the reading distance, sensitivity, and power of each frequency point.
(2) Import judgment standards to realize the eligibility judgment of each label.
(3) Consistency testing of different labels.
4. Use of UHF tag detection system
Introduction to System Use
◎ Reference curve generation and import: Place the text of the performance test curve of the reference label in the ideal environment in the specified directory, and the system will automatically import the modified curve as the reference curve;
◎ Calibration curve: Due to the difference between the current detection environment and the detection environment of the reference curve, it is necessary to use the calibration function to eliminate the influence of the difference in the detection environment;
◎ Import function: can import the judgment standard curve to judge the eligibility of the label;
◎ Export function: The detection curve can be exported in the form of a document to facilitate viewing of the detection data;
◎ Configuration function: configurable start and end frequency point, frequency step, power step and other parameters;
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