what should we do in the process of designing

-
As we all know, develop a new product, there are certainly many problems in the process of development, failure is essential. The birth of the new connector is the same, because the fixtures, design, mold and assembly methods in this process are in a new state of exploration, and various problems that may arise are inevitable. So what should we do in the process of designing?
​what should we do in the process of designing
1, the size of the connector, this is what our engineers must pay attention to when drawing. Engineers need to consider flatness, GAP value, positionality, etc., all of this determine the size of the connector and whether it matches the device.
2, the connector in the conduction problem, then contact resistance, conductivity, short circuit, etc. are the issues that engineers need to consider, which also involves the voltage and current used by the device, the material is selected by the magnitude of the voltage and current.
3. The problem of the connector in terms of force is to solve the problems of card force, holding force, insertion force, etc. If a connector is not fixed on the device when the device is connected, the connector is failed because it is easy. Loose connectors can bring us a lot of security risks.
Read more about the connector(Heavy-duty connector applications and benefits).
Yeahui have been founded for more than ten years and have our own professional team, including 6 senior engineers and 5 senior technicians. We have our own unique insights in production and development. We can develop and connect through the needs of our customers. If you need a connector or want to know about the obd connectors, please do not hesitate to contact us.

评论

发表评论

此博客中的热门博文

What is the Difference Between J1939 Connector Type 1 and 2?

-
图片
  SAE J1939 (hereinafter referred to as J1939) is the recommended standard of the American Society of Automotive Engineers (SAE). It is controlled and communicated by the "Truck and Bus Electrical & Electronics Committee" (Track & Bus Electrical & Electronics Committee). Developed and written by the Track & Bus Control and Communications Network Subcommittee. J1939 has become a recognized industry standard and choice for commercial vehicle diagnostics and data communication heavy, off-highway, truck, bus, ship propulsion, power generation, industrial pumping, construction, and material handling machinery. J1939 is a high-level protocol network (CAN) based on Controller Area. It is widely used by the diesel engine industry to provide diagnostic data such as vehicle engine speed, temperature, oil temperature, exhaust emissions, and other customizable options. J1939 connectors are divided into black and green rubber cores, but do you know the difference between t...
阅读全文

Benefits of overmolded connectors and wiring harnesses?

-
图片
What is overmolding? In short, overmolding is an injection molding process in which two or more materials are used to combine a harness wire and a connector to form a single part, and the cable assembly is placed in a mold. In this process, the first material substrate will be covered by other materials. The overmolding process requires the use of insert molding (single injection) or multiple injection molding techniques to cover rigid plastic parts with TPU layers or other overmolding materials. So what are the benefits of the connector and harness overmolding process? Benefits of overmolding connectors and harnesses: 1. Increase the flexibility of the cable harness exit so that most of the movement between the cable harness and the connector occurs at the cable harness exit. 2. Provide abrasion resistance, impact resistance or impact resistance. 3. Fix the cable assembly by sealing the assembly in plastic. 4. Provide 360 degree strain relief and increase tension. 5. Cr...
阅读全文

​Cars are equipped with diagnostics tool or obd-ii ports

-
图片
Modern cars have the capacity of a few computers, are tooled with software that contains millions of lines of programming code and produce gigabytes of data, but they are still different from connected cars. ​ A smart vehicle is able to optimize its performance to reduce fuel consumption, show the best path to follow taking into account current traffic and weather conditions, detect errors in the engine and collect information data to negotiate lower insurance rates. Most cars and light trucks are equipped with on-board diagnostics or an OBD II port that provides access to data from the engine control unit (ECU). To get the information you need to plug in an external device. The OBD-II specifications provide a standardized hardware interface - a female 16-pin (2x8) J1962 connector, so a single external device can be used for most car models. It also should have an Internet connection to transfer the collected data. OBD-II connects to the Internet, and generally needs to use th...
阅读全文