Spectrum tester is a scientific instrument used to decompose complex light into spectral lines. The chemical composition and content of articles can be measured by capturing the optical information by spectrometer. This technology is widely used in the detection of air pollution, water pollution, food hygiene, metal industry and so on.
In this case, txga provides two types of contact terminals f0wsct-01501060-01 and f0wsct-03501060-01 for the customer's spectrum test instrument. The terminal adopts wire spring structure and the contact is gold-plated. The pin can contact with a plurality of wire spring wires in the wire spring hole at the same time to form a plurality of independent current paths, which is equivalent to the parallel use of multiple pairs of pins and holes, which greatly improves the contact reliability of the terminal. It provides a reliable guarantee for the use stability and data accuracy of instrument analysis. Meet laboratory level accuracy requirements. (this product is customized and is not for sale)
The electronic circuit experiment box is a kind of equipment commonly used in the practical teaching of electronic courses. It is usually composed of an aluminum alloy box, a linear power supply, an experimental circuit board and several electronic components. In teaching, students can either use fixed functional modules to conduct circuit experiments, or build experimental circuits by themselves. Provide students with more opportunities to understand and be familiar with the structure, working principle, key technologies and common measurement methods of electronic circuits, and increase their practical knowledge.
The high-quality board-to-board connectors provided by TXGA can provide sensitive and reliable circuit interconnection for electronic circuit experiment boxes. The product has reliable performance and stable structure, which can avoid the exposed connector in the application of the experimental box and the usability damage that is easily caused by the teaching operation. At the same time, TXGA also provides a variety of model options to help engineers complete the design in a cost-effective way to meet the needs of various electronic circuit experiment boxes.
The vibration testing machine is a testing equipment to test whether the product can meet the use requirements under the severe environmental tests such as vibration and impact during its service life. Through the data input and output interface of the equipment, the vibration parameters set by the vibration testing machine host will be transmitted to the vibration controller, so that the vibration table can conduct vibration testing according to the required operating frequency range.
The USB (3.0) A connector provided by TXGA is a professional data interface for connecting the vibration testing machine PC host and the vibration controller. Gold plating of product terminals 15 μ''， The maximum transmission bandwidth is up to 5.0Gbps (500MB/s), which meets the USB 3.0 protocol specification. It has higher data processing efficiency and more reliable transmission performance, forming a high-speed and sensitive data communication circuit for the vibration testing machine. It effectively guarantees the usability of the vibration testing machine and the authenticity of the vibration test data.
Digital vernier caliper is a precision measuring tool for measuring the length, inner diameter, outer diameter, depth and other values of the workpiece, known as the "industrial eye". Through capacitive grid sensor, digital display vernier caliper can convert mechanical displacement into electrical signal and display it directly, effectively avoiding artificial reading error. It has the characteristics of intuitive reading, convenient use and various functions.
In this case, the main body of the button battery socket connector developed and produced by TXGA as a digital display vernier caliper is made of PPS engineering plastics. The product is resistant to corrosion and impact, and can still maintain good contact performance after being hit and dropped. The contact is gold-plated, the voltage is stable, and the caliper reading is accurate and responsive. After surface mounting, the connector is only 4.4 mm thick, which can effectively save installation space and provide a solid and reliable battery connection for the digital vernier caliper.
The constant temperature and humidity test chamber is an instrument and equipment used in laboratories and industrial environments. The device can simulate environments under different climatic conditions to test the performance and stability of products under different temperature and humidity conditions. Widely suitable for use in fields such as medicine, biology, food, cosmetics, etc.
For the high-temperature working environment of the constant temperature and humidity test chamber, the pin connectors developed and produced by TXGA use PA6T heat-resistant nylon, which has excellent dimensional stability. Capable of maintaining excellent rigidity in various harsh high-temperature environments and not easily damaged.
Network analyzer is a comprehensive microwave measurement device that can scan and measure in a wide frequency band to determine network parameters. The device can directly measure the complex scattering parameters of active or passive, reversible or irreversible dual port and single port networks, and provide the amplitude, phase, and frequency characteristics of each scattering parameter in a sweep frequency manner. Mainly used to measure the linear characteristics of radio frequency (RF) components and equipment.
In this case, in response to the data transmission stability requirements of the network analyzer, the TXGA TNC connector adopts a threaded locking structure, which has strong vibration resistance and high reliability. The product can withstand 500 insertion and extraction cycles, suitable for occasions where frequent connection and separation are required. The characteristic impedance of the connector is 50 Ω, with a microwave frequency range of 0-6GHz and a standing wave ratio of 1.3 Max. Meet the data transmission stability requirements of the device.
