EB0601530000G

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Terminal Blocks - Wire to Board is an important part of electronic components. EB0601530000G, as one terminal block, can be applied in various applications. This article mainly covers the application fields and working principle of EB0601530000G.

EB0601530000G, with a pitch of 0.6mm and a rating of 10A, is suitable for various electronic components or boards like DIP, IC, and mainboards. It has a high-temperature resistant insulation body and terminal connection part, as well as a small flammability and smoke concentration. It can bear -40 to 105℃ C operating temperature range. In addition, its insulation resistance is higher than 100MΩ, and its voltage-proof property is totally in accordance with UL94V-0 flame-retardant standard. So, it is widely used in household appliances, industrial machinery, LED lighting, VR and communication hardware.}

In terms of working principle, EB0601530000G works as a bridge to connect the board and the material. It uses both a pin-to-wire and a pin-to-board connection. Through it, electrons are able to flow between multiple separated current paths on a single board. This makes it possible for power to flow more efficiently, allowing one electronic component to be connected with multiple other components.

EB0601530000G has a very strong resistance to shock and vibration. Its design and construction result in the terminals being very secure in the socket. It also has a higher current carrying capacity than other contact configurations due to its multi-mesh design which prevents spark-over. All these excellent features make EB0601530000G an ideal choice for a variety of applications.

To sum up, EB0601530000G is a kind of terminal block belonging to the Wire to Board category. It is applicable to different electronic products and equipment and has a wide range of working temperature. Moreover, it has strong resistance to shock and vibration, and it is capable of carrying a higher current than other contact configurations. It is a reliable and cost-effective choice for various projects.

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