Electronic equipment, in order to improve the efficiency of the power system, it is necessary to design and increase the density of the entire power rack on the basis of ensuring the normal operation of the system function. It is not easy for a small multiple connector manufacturer to improve heat dissipation and reduce power losses. To solve these problems in the small multiple connector manufacturer, you need to work hard in the design step. So what is the correct way to open a small multiple connector manufacturer design step?

Generally speaking, the design steps of a small multiple connector manufacturer are divided into four points, as follows:

Step 1: Tall and compact. Some connectors now have a pitch of only 3.00 mm and can carry rated currents of up to 5.0A, and their connectors are made of high-temperature LCP materials. The technology has been tested over a long period of time to ensure long-term excellent performance and reliability, and is suitable for almost any industrial sector, including data communication equipment and heavy industry.

Step 2: Flexibility. In addition to highly compact design features, the small multiple connector manufacturer must be extremely flexible during the design process. The design can combine compactness with excellent current density. In order to meet the application of high voltage and high current, the ultra-narrow design is adopted. Each blade provides up to 34 A of current and can withstand operating temperatures up to 125°C.

Step 3: Dissipate heat. On the other hand, in view of the most important heat dissipation performance of the power system, the design of the connector has a direct impact on the airflow inside the power supply, but the user can not completely rely on the connector design to solve the heat dissipation problem. In order to optimize the system design, other factors must be considered, such as the copper content on the PCB, which can help absorb heat from the connector interface.

Step 4: Be efficient. At the same time, in order to meet the demand for higher power efficiency, we can provide more compact high-current solutions. Because higher currents can increase the power or safety factor, the high-performance contact design can truly realize the hot swap function, and the low-voltage differential design ensures that the heat generated is minimized.

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