USB is the most widely used external bus standard in the PC field, which is used to regulate the connection and communication between computers and external devices. The USB interface supports the plug and play and hot swap functions of devices. With the rapid development of computer hardware, the application of USB increases the speed of data transmission between external devices, and the biggest benefit of the increase in speed for users is that users can use more efficient external devices, such as the USB 2.0 scanner, scanning a 4M picture only takes about 0.1 seconds, and the work efficiency is greatly improved.

USB according to different interfaces and data lines, support equipment: mouse, keyboard, printer, scanner, camera, flash disk, MP3 player, mobile phone, digital camera, mobile hard disk, external optical floppy drive, USB network card, ADSL Modem, Cable Modem and other electronic products.

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Cable is an indispensable system-level component in the vehicle, its role is to realize the power supply distribution of the vehicle system and signal transmission between various components. To put it bluntly, automotive electrical parts, such as headlights, need to get power to light up, through the wire harness this medium, from the battery/generator power source; In order to light the headlights, the body controller (BCM) must recognize the driver’s intention – turn on the light combination switch, and the signal interaction between the combination switch and the BCM needs to pass through the wiring harness. Car wiring harness is like the human nervous system.

The most important part of cable is the wire, also a little called “wire”, the wire harness is composed of wires, connectors, terminals, tape, rubber parts, cable ties and other components.

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Product brand: ADAMICU

Product name: Industrial camera cable

Operating temperature: -35°C – 85°C

Contact material: bare copper wire

Item number: RJ-RJ4585

Core material: bare copper wire

Product certification: ISO9002

Sheath material: PVC

Length: Customizable

Core number: 8 cores

Product advantage: Gold plated pin industrial quality metal shell salt spray test long service life widely used

Application: aviation medical instruments, power cables, electrical appliances, game consoles, large equipment, etc

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Industrial cameras, also known as industrial cameras, compared with traditional civil cameras (cameras), it has high image stability, high transmission capacity and high anti-interference ability, etc. Most industrial cameras on the market are cameras based on CCD (Charge Coupled Device) or CMOS (Complementary Metal Oxide Semiconductor) chips.

CCD is the most commonly used image sensor in machine vision. It integrates photoelectric conversion, charge storage, charge transfer and signal reading, and is a typical solid-state imaging device. The outstanding feature of CCD is that the charge is used as a signal, and it is different from other devices that are current or voltage. This kind of imaging device forms a charge packet through photoelectric conversion, and then transfers and amplifies the output image signal under the action of the driving pulse. A typical CCD camera consists of an optical lens, a timing and synchronization signal generator, a vertical driver, and an analog/digital signal processing circuit. As a functional device, CCD has the advantages of no burn, no lag, low voltage operation and low power consumption compared with vacuum tube.

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1、Super shield protection 

In the face of interference sources in the industrial sector, the aluminum foil/braided dual shielding structure and PUR sheath resistant to ultraviolet radiation and oil lubricants are ideal for industrial Ethernet applications with strong EMI/RFI interference.

2、Moisture and UV resistance 

The cables feature a PE or TPE sheath with moisture and UV resistance to protect outdoor cables from moisture and sun damage.

Some of these models even allow direct burial, while others have glue-free models suitable for cellular base station wiring. In addition, most models feature solid wires that are easily terminated to IDC connectors and card connectors and are ideal for PoE power supply.

3、High flexibility anticorrosion and oil resistance 

This unique series of ultra-flexible Category 5 shielded wires is designed for environments where normal cables are not capable and can withstand harsh operating conditions. It does not break down when exposed to oil lubricants, making it ideal for robot control systems on the factory floor. After testing, this series of cables can also withstand 10 million bends.

→ Of course, it may be in the industrial field, may not be exposed to particularly bad use scenarios, generally choose this type of network cable will first consider the shielded or unshielded type:

1、Industrial grade over Category 5 shielded network cables 

Shielded twisted pair with aluminum foil shielding layer and ground wire can effectively resist electromagnetic interference (EMI) and radio frequency interference (RFI) encountered in the application environment. If there is strong interference in the application, aluminum foil and braided layer double shielding model can be selected. Flame retardant series with 24 AWG single strand wire.

2、Industrial grade over Category 5 unshielded network cables

Unshielded twisted pair wire is also the most widely used network connection wire due to its advantages of cost saving and convenient assembly.

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（二）Main features: Industrial robot wiring harness is generally a combination of multi-plug, multi-harness, and equipped with different electronic components.

Strong resistance to fatigue, wear resistance, super bending resistance, high insulation grade.

（三）The role of industrial robot cable

Industrial robot cable is a key component used to connect the signal transmission and energy supply between various parts of the robot, and its main roles include:

1. Signal transmission: The harness contains a variety of types of cables, such as control cables, data cables, sensor cables, etc., which are responsible for transmitting the command signal issued by the central controller or servo driver accurately to the various joints, motors or other actuators of the robot to ensure that the robot can act accurately in accordance with the predetermined program.
2. Power supply: The power cable in the harness is responsible for providing a stable power supply to the robot system to drive the motor and other electrical components to work.
3. Protection and durability: Because the industrial robot will frequently carry out high-speed movement and large torsion during operation, the wire harness design needs to have high wear resistance, bending resistance, tensile resistance, oil resistance, high temperature resistance, flame retardant, shockproof and good insulation performance to ensure long-term stable work in complex and harsh industrial environments and reduce failures caused by mechanical stress or environmental factors.
4. Integrated management: Through the form of pipeline package or wire harness, many wires can be integrated together, easy to install, manage and maintain, but also to keep the robot appearance clean, improve production efficiency and safety.

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Flexible coaxial cable
characteristic:
Flexible coaxial cable assemblies have small bending radius, good bending resistance, and high cost performance. They are suitable for high-density interconnection within modules, instruments, and systems.

typical application:
Mobile communications, radar equipment, military navigation, radio frequency component connections, antenna connections, etc.

Semi-flexible coaxial cable

Features:
Semi-flexible cable assemblies have good flexibility, semi-shaped capabilities, and do not require pre-forming processing. They are convenient and quick to install in terms of microwave interconnection between modules, system debugging, and product pre-research.

typical application:
Mobile communications, radar equipment, military navigation, radio frequency component connections, antenna connections, etc.;

Semi-steel coaxial cable

characteristic:
Semi-steel cable assemblies have the characteristics of good electromagnetic shielding performance, strong vibration resistance after forming, strong connection, and high reliability. They are widely used for microwave module interconnection and fixed connections inside the chassis.

Typical application scenarios:
RF module internal connections;
Internal connections of precision instruments;
Aviation products or connections between narrow holes;
Low loss amplitude and phase stable cable assembly
Features:
The relatively cheaper stable amplitude and phase VNA test cable is also the cable that most people currently use when testing. The general price is about one thousand yuan; this type of cable adopts a small-volume armored structure and is lighter in weight. , smaller bending radius and bending stress, suitable for engineering testing applications, easy and flexible to use, stable and cost-effective; the general frequency range of this type of line is DC-18G/26G/40G
Typical application scenarios:
Used in avionics and laboratory testing;
High performance stable amplitude and phase VNA test cable assembly
Features:
High-performance amplitude-stabilized and phase-stabilized VNA test cables. This type of cable is mainly a dedicated test cable for vector network analysis. It has extremely stable voltage standing wave ratio and insertion loss, excellent mechanical phase stability and connection repeatability. It has a firm and reliable mechanical structure, can withstand multiple external forces such as bending, squeezing and stretching, and maintains reliable stability. However, this type of wire is very expensive; the price of a treasure
Typical application scenarios:
Vector network analyzer test and calibration;
Laboratory use;
production use;
Main indicators of RF feeder
VSWR/return loss, characteristic impedance, shielding performance, (attenuation) insertion loss, propagation speed and electrical length, bending characteristics minimum turning radius;
1.1.2.1. VSWR/Return Loss and (Attenuation) Insertion Loss
VSWR/return loss and (attenuation) insertion loss can be obtained by testing S11 and S21 with a vector network analyzer;
1.1.2.2. Shielding performance
Single layer shielding braid RG58/RG316 and national standard SYV-50-7 shielding performance is about -50dB
Two-layer shielding RG223/RG142/RG214 shielding performance about -75dB—-85dB
Three-layer shielding, the shielding effect can reach -90——-100dB
Solid shielded cable is made of aluminum tube or copper tube, the shielding effect can reach -120dB eg: EZ141 semi-steel cable
1.1.2.6. Minimum turning radius of bending characteristics
Cable bending will cause changes in impedance, standing wave ratio VSWR, loss and phase; different types of cables have different bending radius requirements.
Generally, the first minimum turning radius should not be less than 5 times its diameter, and the second bending radius of semi-flexible coaxial lines and semi-rigid coaxial lines should not be less than the bending radius and should not be less than 10 times its diameter;
With the continuous development of science and technology, radio frequency cables are increasingly used in various fields, including wireless communications, broadcasting, aerospace, medical equipment, etc. The development trend of RF cables is to become smaller, lighter, and more flexible to adapt to different scenarios and needs. At the same time, the manufacturing process of RF cables is constantly improving to improve their performance, reliability and durability.

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(二)Adam main servo cable products

1、Servo Encoder Cable

The servo encoder cable is the connection line between the servo drive and the servo motor, which is used to detect the position and speed of the servo operation, mainly to transmit signals to make the machine run stably.

SD-A2-EB0003台达A2绝对值伺服编码线 750w固定安装驱动线

Advantage:
1.Designed according to Delta standard, the cable is more high-quality and economical

2.100% compatible with Delta systems

3.Oil-resistant PVC sheathing makes the cable particularly suitable for industrial applications

4.Special outer sheath, especially suitable for industrial environment

Applied Range：

1.Equipment installation project; Servo drive and servo integration

Attention：
1.The maximum length of the cable must comply with the manufacturer’s servo motor usage regulations

2.When high flexibility cables are used in tow chain systems, follow the installation guidelines

Product Attribute :

2、Servo Power Cable

The power line is the line that transmits electrical energy, and its role is to complete the transportation of electrical energy. The power line of the servo consists of two parts, one is the connection line between the servo driver and the power supply, and the other is the connection line between the servo driver and the servo motor.

ASD-A2-PW0103台达-A2动力带刹车电缆线 耐弯折低温柔性I/O控制线

Product Attribute :

MFMCB0030GET松下伺服电机电缆胶壳AMP2P伺服刹车线（Servo Brake Cable）配线加工定制

Product Attribute ：

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Reader cables are commonly used to connect readers to computers, printers, scanners, and other devices. These cables come in a variety of types and specifications to suit different application scenarios. Among them, the USB cable is the most common one, and its strong compatibility and stability make it widely used between various devices. In addition, there are many types of RS-232 cables, serial cables, parallel cables, etc., to meet various specific needs.

The main function of a reader cable is to transmit the data captured by the reader to a computer or other device for subsequent processing. In logistics, warehousing, retail, and other industries, the code reader cable is widely used, such as in the warehouse, by scanning the goods bar code, you can quickly and accurately record inventory information; In retail stores, customers can quickly settle their purchases by scanning the QR code on the receipt. These operations greatly improve work efficiency and reduce the error rate.

To ensure the safe and stable transmission of reader cables, manufacturers use a variety of technologies and materials in the design and production process. For example, the high-quality copper core can ensure the stability and speed of signal transmission; The anti-interference shielding layer can prevent the interference of external signals and improve the reliability of data transmission. In addition, the shell of the cable is usually made of wear-resistant and corrosion-resistant materials to adapt to various environmental conditions.

In short, as a connection device, reader cable is of great significance for information transmission and processing in modern society. Through continuous optimization of the design and production process, manufacturers provide users with more efficient, stable, and reliable reader cable products, helping all walks of life to achieve digital and intelligent transformation and upgrading.

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Machine vision cables are a technical application that combines machine vision technology with production lines. It mainly uses computer vision, image processing, pattern recognition, and other technologies to detect, analyze, and process products on the production line in real time. In this way, production efficiency can be effectively improved, production costs can be reduced, and the stability and reliability of product quality can be ensured.

In production lines, machine vision cable usually consists of multiple links, including image acquisition, image preprocessing, feature extraction, pattern recognition, and decision control. These links cooperate to complete the product testing task. Specifically, the image acquisition link captures product images on the production line through cameras and other equipment, and then denoises and enhances the images through the image preprocessing link to improve image quality. Next, the feature extraction step analyzes the processed image and extracts key features that help identify the product. Finally, the pattern recognition link uses these features to identify the type and quality of the product and performs decision-making control based on the recognition results to realize automated adjustments to the production process.

Machine vision cables are widely used in many industries, such as automobile manufacturing, electronic product manufacturing, food processing, pharmaceuticals, etc. In these industries, machine vision lines can be used for tasks such as product defect detection, dimensional measurement, character recognition, color classification, etc., thus greatly improving production efficiency and product quality. In addition, with the continuous development of machine learning and artificial intelligence technology, the performance and application scope of machine vision lines will continue to expand, bringing more convenience and value to human society.

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