The main component of a CCD high-definition industrial camera is a CCD photosensitive chip. Through CCD photosensitive chip, industrial camera can directly convert optical signal into analog current signal, and the current signal is amplified and analog-digital converted to realize image acquisition, storage, transmission, processing and reproduction. It has the characteristics of small size, light weight, low power consumption, high sensitivity and fast response. At present, it has been widely used in the field of industrial imaging.
In this case, the IEEE1394 connector provided by TXGA for CCD industrial camera is the ultra-high definition image transmission interface solution of industrial imaging equipment. Aiming at the ultra-clear image transmission demand of CCD industrial camera, the IEEE1394 connector developed and produced by TXGA has an output bandwidth of 400 megabits per second, which can make the image of CCD industrial camera clearer and smoother and meet the high quality image transmission requirements of industrial imaging equipment.
A 3D modeling instrument is a high-speed scanning measurement device that can obtain surface 3D coordinate data, color, object reflectivity, and other information of the measured object in a large area and high resolution, and quickly establish a 3D image model of the object. With the development of technology, the data collection efficiency and portability of 3D modeling instruments have been continuously improved, and they have been widely used in fields such as forestry, mining, water conservancy, archaeology, etc.
TXGA provides a board to board connector for 3D modeling instruments, with a contact spacing of only 0.8mm and a male female seat height support of 4mm-8.5mm, meeting the application requirements of different PCB board spacing. The product is equipped with a positioning column structure, which can effectively reduce positioning errors during installation on the PCB board. The connector has passed the heat resistance test at 85 ℃ and 96 hours, as well as the cold resistance test at -25 ℃ and 96 hours, making it suitable for various complex environments.
Interactive radar refers to the use of radar to capture the actions of participants within the scanning radius. The captured action data will change the content of the large screen through the phase analysis system, and finally produce the interaction effect between participants and the large screen image. This kind of interaction is independent of the touch surface in the touch interaction device, making the user's interaction experience more comfortable. At present, interactive radar is commonly used in digital exhibition halls, multimedia education bases, modern technology enterprise exhibition halls, museums and other places.
In this case, the RJ45 connector developed and produced by TXGA for the interactive radar uses POE technology, which can provide DC power supply for the interactive radar while transmitting data signals. There is no need to lay power lines separately to simplify the system wiring, reduce the construction cost of network infrastructure, and reduce the radar volume at the same time. The product can realize 30w power supply, and has 1000Base-T transmission bandwidth to meet the POE Ethernet power supply requirements of the interactive radar. It ensures the safety of the existing structured cabling while ensuring the normal operation of the network, reducing more costs for customers.
The AI intelligent analysis gateway is equipped with computer vision algorithms, which can perform real-time detection and analysis of information such as people, vehicles, objects, and behaviors in the connected video images. At the same time, the recognition results are reported, making it easy for monitoring personnel to detect abnormal situations in a timely manner and take corresponding measures to prevent unexpected events from happening. Widely used in the field of intelligent monitoring in parks, factories, hotels, forests, and other scenarios.
In this case, TXGA provides terminal sockets for the AI intelligent analysis gateway, with a center to center spacing of 3.5mm. The product has a rated current of 12A and a rated voltage of 300V. The main body is made of PA66 resin material, with a flame retardant rating of UL94 V-0, suitable for harsh industrial environments ranging from -40 to 105 ℃. The product plug and socket adopt a plug-in wiring structure, and the wires can be inserted into the socket after the plug wiring is completed, completing electrical interconnection and meeting the stability and reliability requirements of the AI intelligent analysis gateway for the wiring terminals.
Ground penetrating radar (GPR), also known as ground penetrating radar (Ground-penetrating radar), is a non-destructive detection instrument that uses radio waves to detect the distribution of underground media. Ground penetrating radar usually consists of five parts: host, transmitter, transmitting antenna, receiver, and receiving antenna. As a high-precision non-destructive detection technology, ground penetrating radar has been widely used in the field of engineering exploration.
In response to the efficient and portable requirements of the ground penetrating radar host, in this case, TXGA is a board to board connector developed and produced for the ground penetrating radar host, with contacts plated with gold of 0.25 μ m. The data transmission rate reaches 15Gbps, which can quickly transmit radar data and improve on-site detection efficiency. After insertion, the product combination height is only 5mm, which can achieve a more compact circuit design for the ground penetrating radar host and meet the portability requirements of the ground penetrating radar host.
Semiconductor lasers, also known as laser diodes, are lasers that use semiconductor materials as working substances. Mainly used in laser ranging, lidar, ignition and detonation, detection instruments and so on. Scanning semiconductor laser modules have the characteristics of accurate wavelength, stable power and fast scanning speed, and are widely used in fiber grating demodulation systems and optical passive device testing systems. Under the 1GHz scanning step, the scanning speed of 2kHz in the 40nm range can be achieved; meanwhile, the scanning speed can be improved by adjusting the scanning step and changing the scanning range.
The hook and horn connector provided by TXGA for scanning semiconductor lasers has a special ear buckle structure, which can be snapped on the connector when it is mated, ensuring that the connector can still provide stable interconnection for the electrical system in the vibration and shock environment. The product supports the application environment of -40ºC~+105ºC, and the flame retardant grade of the main body reaches UL94V-0, which is suitable for various complex application environments.
Industrial camera is a high-resolution camera that integrates high-speed microprocessor, memory, program storage, image acquisition, and image processing. It serves production monitoring, measurement tasks and quality control in the field of industrial vision. It is one of the important components of the industrial intelligent vision system. Compared with traditional civilian cameras, industrial cameras require stronger image stability, transmission capability and anti-interference capability.
The high-speed board-to-board connectors provided by TXGA for industrial cameras have a temperature resistance of -35ºC~+85ºC, and a flame retardant grade of UL94V-0, which is suitable for various harsh industrial production environments. At the same time, the product has a high-speed data transmission rate of 15Gbps, which can be extended up to 56Gbps. The product has low transmission delay and high sensitivity, which meets the high-quality image transmission requirements of industrial cameras and contributes to the intelligent development of industrial vision equipment.
Machine vision module refers to an electronic module with image capture function, which can achieve ultra-high resolution accuracy and speed, and has the characteristics of high efficiency and high automation. Widely used in industries such as touch screens, laser processing, solar energy, semiconductors, robotics and factory automation, pharmaceuticals, and automotive manufacturing.
In response to the lightweight demand of visual modules in high-precision equipment, TXGA's board to board connectors are designed in a micro size. After surface mounting, the product combination height is only 0.8mm, which can release more space for machine vision modules and achieve equipment miniaturization and precision integration design.
