Power connector design step by step the correct way to open how to

Electronic equipment, want to enhance the efficiency of the power supply system, we must ensure that the normal operation of the system function on the basis of the design to increase the density of the power supply overall rack, for the power supply connector, only to enhance the heat dissipation and reduce power loss, and this is not easy to put into practice. Want to solve these power connector problems, you need to design steps up and down the effort, then the power connector design steps the right way to open it, the following Huicheng Yuan connector engineers to give you a detailed introduction to the power connector design steps.

Generally speaking, the power connector design steps are divided into four points, as follows: Step 1: high compactness, now there are connectors with a pitch of only 3.00 mm, can carry up to 5.0 amps of rated current, and its joints are made of high-temperature LCP material, technology after a long test can ensure long-term excellent performance and reliability, applicable to almost any industry, including data communications equipment and heavy industry The field. Power connector design steps to open the right way is how the step two: flexibility, in addition to the high compactness of this design feature, the power connector in the design process must have a high degree of flexibility. Designed to combine the compactness of the current density to meet the high voltage and high current applications to take the ultra-narrow design, each blade can provide up to 34 amps of current, up to +125 ° C withstand the operating temperature. Step 3: heat dissipation, another point, in response to the most important thermal performance of the power supply system, the connector design for the power supply has a direct impact on the internal airflow circulation, but the user can not rely entirely on the connector design to solve the heat dissipation problem. In order to optimize the system design, must also consider other factors, such as the amount of copper on the PCB, copper can help absorb the heat of the connector interface. Step 4: High efficiency, meanwhile, in order to meet the demand for higher power efficiency, can provide more compact and high-current features of the solution. Because higher current can improve the power or safety factor, while high-performance contact design can really realize the hot swapping function, low dropout design to ensure that the heat generated is minimized.

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