博文

目前显示的是 四月, 2019的博文

Causes the connector connection to fail

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The inner conductor of the connector is smaller in size relative to the outer conductor, and the inner conductor having a lower strength is more likely to cause poor contact and cause the connector to fail. Most of the inner conductors of the connector are elastically connected, for example, a spring claw type elastic connection, a jack slot type elastic connection, a bellows type elastic connection, and the like. The jack slot type elastic connection structure is simple, the processing cost is low, the assembly is convenient, and the application range is the most extensive. 1, the inner conductor is not fixed firmly For assembly purposes, in many RF coaxial connectors (eg, N-type, 3.5 mm), the inner conductor is divided into two sections at the media support and then threaded. However, due to the small diameter of the inner conductor, if the glue is not fixed at the screw connection during assembly, the strength of the inner conductor connection is very poor, especially for some sm

Different application objects and frequencies correspond to different connectors

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Connectors are a component that our electronic engineering technicians often come into contact with. Its role is to bridge the communication between the blocked or isolated circuits in the circuit, so that the current flows, so that the circuit achieves the intended function. Connectors are an indispensable part of an electronic device. You will always find one or more connectors along the path through which the current flows. The form and structure of the connector are ever-changing. There are various types of connectors depending on the application object, frequency, power, and application environment. But no matter what kind of connector, the current should be ensured to flow smoothly and continuously. In general terms, the connection of the connector is not limited to current. In today's rapid development of optoelectronic technology, in the optical fiber system, the carrier that transmits the signal is light, and the glass and plastic replace the wires in the ordinary circuit,

Terminal cross-section analyzer for wire harness checking

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​         The terminal cross-section analyzer is a precision detection and analysis equipment specially developed for the wire harness industry quality inspection. The whole system consists of terminal cutting equipment, grinding equipment, corrosion cleaning section image acquisition system, wire harness terminal picture measurement and analysis system, etc. Mechanical design, modular combination, make operation more convenient and fast. The complete inspection system can complete the processing analysis of one terminal in 5 minutes, which greatly improves the speed of the quality inspection of the terminal cross-section. Easy operation, high quality image acquisition system, accurate measurement analysis to protect your production. High-performance microscopes and dedicated software make it easy to measure length and calculate area.         Ultra-high-definition observation of objects can produce erect three-dimensional images, strong stereoscopic effect, clear and wide

Connector performance

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Purchasing connectors, Konnra Electronics can be trusted! As people's requirements for trouble-free performance of electronic products continue to increase, the life of the connector is the primary indicator to measure the reliability of the connector performance, in the design, improve the life of the connector Become a design orientation. At the same time, the intensification of market competition, the search for suitable materials in non-expensive alloys, has become the primary choice for engineers to reduce the cost of connectors. In many cases, the combined result of these trends makes the copper alloy's operating characteristics of the connector closer to its performance limits. Initial contact force is an important factor in connector design and material properties. Since the elastic deformation is converted into plastic deformation in the contact member, the stress release causes a decrease in the contact force. If the contact force is below a certain critical level,

Automotive connector design standards and application case sharing

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This article starts with the four basic structures of the automotive connector, introduces the design standard of the automotive connector, analyzes the stability of the automotive connector, analyzes the three failure modes of the automotive connector, and interprets the car connection. The development of the device, and finally for the market demand brought by this development, the corresponding automotive connector application examples are given. (Image from internet) The form and structure of the automotive connector is ever-changing. It is mainly composed of four basic structural components: contact, housing (depending on the type), insulator, and accessories. These four basic structural components enable the automotive connector to act as a bridge for stable operation. The contact piece is the core part of the automotive connector to complete the electrical connection function. The contact pair is generally composed of a male contact and a female contact, and the electrical

Communication Connectors Classification and Application

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The electrical connector allows current to be circulated in a circuit that is blocked or isolated, allowing the circuit to perform its intended function. Some connectors are made in the form of ordinary sockets and are widely recognized and used in the cable industry. (Image from the internet) The classification of electrical connectors has been confusing for many years, and each manufacturer has its own classification methods and standards. In 1989, the National Electronic Distributors Association (NEDA) presided over the development of a set of standards called "Levels of Packaging". According to this standard, communication connectors typically use a 4-level connector. But the level is only used to learn and classify the connector. In practice, the connector is rarely talked about according to the above level, but it is named according to the appearance of the connector and the structure of the connection (the name of the electrical connector of different structure

The role of the connector

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With the development of technology, people's quality of life is getting higher and higher, and electronic products such as TV, telephone, and computer are gradually spreading to people's daily lives, so connectors are widely used. As long as there are electronic products in the home, the connector is generally used. The connector of the connector is mainly used to connect data, signals and power between network equipment and mechanical facilities. It is inseparable in daily life or industrial production.Industrial connectors are often used in harsher environments than indoor wall outlets, but we don't notice them. Here's what you can do to see what connectors are easy to ignore. First, in terms of rail transit, such as on a train or a high-speed train, how can you talk more stably, browse the web faster, or watching high-definition shows? We often know how important it is to be in a daze on the train, and the connector is responsible for the stable transmission of t

How to choose automotive wiring harness and connector?

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With the increasing popularity of automobiles, the problem of how to choose the wiring harness and connectors has become the doubt of many automakers and buyers. Konnra Electronics  is here to help you choose the wiring harness and connectors for your car. Automotive low voltage wire The 600V withstand voltage is a low-voltage electric wire in the electrical classification, and it has become a low-voltage electric wire for automobiles because it is attached to the characteristics of a car in the automobile field. The wires are also classified into a heat resistant type and a thin type depending on the material thickness of the insulator. A) Construction of the conductor B) Insulator In order to prevent the burning of electric wires due to heat generation, a flame retardant is added in advance in the insulator. The flame retardant is also a plastic material, which acts to soften the insulator. At high temperatures, the flame retardant will be released and the insulator will har