The Market Development and Trend Prospects of M12 Connector

At present, M12 connector is one of the most popular and widely used connector in the domestic market. What is the future development prospect of M12 connector? Let’s analyze it briefly now.

First of all, the M12 connector manufacturing process is becoming more and more dexterous. In order to maximize the role of the M12 connector, it can meet the needs of different industries. At present, the M12 connector is modularized in production and design, which makes the M12 more adaptable. In addition, in order to meet the needs of the market, the M12 connector now offers a variety of termination methods including crimping or through-hole reflow technology, surface mount, etc., greatly improving the flexibility of use. What’s more, the M12 connector market is even more prominent in achieving the goal of quality and standardization.

According to statistics, the current domestic connector market’s annual growth rate reaches about 30%, which proves that the market demand for connectors is very large, but the number of enterprises with high-end technology is not large, with independent intellectual property rights. It is even less, so there is still a big gap in product competitiveness compared with similar industries in foreign countries. Therefore, in order to achieve the goal of changing from mass to quality for the development of M12 connectors, more and more local companies are aware of this problem. And began to work hard to reform enterprise product technology, innovation and technology to expand business, learn foreign advanced technology to achieve the world’s leading technology, improve their own quality and standards. This kind of crisis awareness of enterprises is worthy of recognition, and it is also an important driving force to promote the development of M12 connector market to quality and standardization.

All in all, with the current M12 connector development market and huge demand, its development momentum is still quite strong and stable, and this is also a solid foundation for the further development of the M12 connector in the future. Although the industry has been optimistic about the future development prospects of M12 connectors, but one thing we can’t ignore is that China’s independent research technology in M12 connectors is still relatively lacking in many countries. Therefore, the company not only carries out reforms, but also continuously develops and innovates, and strives to introduce the M12 connector technology created by China into the industry and push it to the world.

Through the reading of this article, I believe that everyone must have a deeper understanding of the M12 connector, Shenzhen Renhotec Technology Electronics Co., Ltd., specializing in waterproof connectors, sensor connectors, cable connectors and cable sockets, automotive wiring harness, circular connectors, aviation plugs, waterproof sockets, etc. For any needs, please contact us directly at [email protected]. Or visit our website: www.renhotecpro.com

What are the factors to consider when choosing an aviation plug

1.Connector type

What to connect, where to use, etc. These issues are first considered, which determines the type of industrial connector chosen. The location where the plug is used (indoor, outdoor, corrosive environment, etc.) can affect whether the aviation plug is to be sealed or shielded from the insulating housing. The type of connector determines which termination is used and how many conductive terminals to arrange. Of course, this also involves some reference to the terminal technology.

2. Electrical requirements

When selecting an aviation plug, consider the electrical requirements of the product. What are the voltage and current requirements of the product, and whether the connector can be well applied to such electrical properties. These questions about electrical requirements need to be considered. In addition, we also need to consider other electrical conditions: resistance, allowable resistance change, millivolt drop, maximum current value, maximum voltage value, inrush current value, characteristic impedance, VSWR (voltage standing wave ratio), plug Pulling loss and EMI shielding efficiency.

3. Environmental requirements

Temperature, humidity, and other environmental conditions are determined by the location of the aerospace connector and should be considered for the location and expected environment. And the shelf life of other relevant storage conditions and what the information is. The description of the environment should also cover requirements for shock and vibration, including requirements for shipping and environmental conditions such as welding temperature and duration of the welding cycle. The connector manufacturer stated that around the confluent continuous current guided by the connector is the area where the highest temperature is generated.

4. Mechanical performance requirements

What kind of volume and footprint is effective for aviation plugs; what are the allowable dimensional tolerances; what is the insertion and pull-out force of the terminals; and the durability of the connectors (frequency of insertion and removal) These factors are all considered when choosing an aviation plug. For example, for printed circuit boards, it is important to determine the tolerance of the board. It is the critical value of the card edge connection and the feasibility of reaching criticality. For low power circuits, the plating and underlying materials must be specified to be consistent with the signal standard and environmental rating.

5. Specifications

Circular Aviation plug manufacturers can use approximately 25 test mechanisms (specified specifications) as a source of all or part of their connector’s test specifications. Consideration must be given to what size connectors are used for a particular application.

For more information, please visit our website at www.renhotecpro.com and consult our engineers at [email protected].

What are the factors to consider when choosing an aviation plug?

1.Connector type

What to connect, where to use, etc. These issues are first considered, which determines the type of industrial connector chosen. The location where the plug is used (indoor, outdoor, corrosive environment, etc.) can affect whether the aviation plug is to be sealed or shielded from the insulating housing. The type of connector determines which termination is used and how many conductive terminals to arrange. Of course, this also involves some reference to the terminal technology.

2. Electrical requirements

When selecting an aviation plug, consider the electrical requirements of the product. What are the voltage and current requirements of the product, and whether the connector can be well applied to such electrical properties. These questions about electrical requirements need to be considered. In addition, we also need to consider other electrical conditions: resistance, allowable resistance change, millivolt drop, maximum current value, maximum voltage value, inrush current value, characteristic impedance, VSWR (voltage standing wave ratio), plug Pulling loss and EMI shielding efficiency.

3. Environmental requirements

Temperature, humidity, and other environmental conditions are determined by the location of the aerospace connector and should be considered for the location and expected environment. And the shelf life of other relevant storage conditions and what the information is. The description of the environment should also cover requirements for shock and vibration, including requirements for shipping and environmental conditions such as welding temperature and duration of the welding cycle. The connector manufacturer stated that around the confluent continuous current guided by the connector is the area where the highest temperature is generated.

4. Mechanical performance requirements

What kind of volume and footprint is effective for aviation plugs; what are the allowable dimensional tolerances; what is the insertion and pull-out force of the terminals; and the durability of the connectors (frequency of insertion and removal) These factors are all considered when choosing an aviation plug. For example, for printed circuit boards, it is important to determine the tolerance of the board. It is the critical value of the card edge connection and the feasibility of reaching criticality. For low power circuits, the plating and underlying materials must be specified to be consistent with the signal standard and environmental rating.

5. Specifications

Circular Aviation plug manufacturers can use approximately 25 test mechanisms (specified specifications) as a source of all or part of their connector’s test specifications. Consideration must be given to what size connectors are used for a particular application.

For more information, please visit our website at www.renhotecpro.com and consult our engineers at [email protected].