0395305705

Application Field

0395305705 is a type of terminal block that is especially used for signal connections, power supplies, and induction applications. It is particularly suitable for consumer and medical energy technologies because it offers high current capacity, low voltage drop, and low contact resistance. Moreover, it is highly suitable for electrostatic discharge (ESD) protection and for lightning protection.

0395305705 is also used in power transmission and signal/power equipment, such as photovoltaic inverters, industrial automation systems, and communication equipment. Additionally, these terminal blocks are commonly used in high current and high voltage applications, such as power supplies and motor control equipment. They can also be used in high voltage AC/DC converter applications.

Working Principle

0395305705 Terminal Blocks are designed to be used with a variety of small or large circuit boards. Each terminal block has two main parts: the terminal body and the terminal head. The terminal body consists of a solution-coated contact element and a combination of plastic and copper substrate. The terminal head is made of a spring-loaded contact element that creates an electrical connection between the two parts.

When connected, the spring-loaded contact element makes contact with the solution-coated contact element, creating a connection between the two parts. The contact elements of the terminal blocks are designed to withstand high temperatures, moisture, and considerable vibration. Moreover, they are also designed to provide reliable power transmission.

In addition, the terminal blocks come with an integral overmolding for added protection. The terminal overmolding also enhances the terminal blocks’ EMC compatibility. The terminal blocks feature an overmolded contact system that delivers excellent performance in elevated temperature and vibration environments.

Conclusion

In conclusion, 0395305705 are terminal blocks specifically designed for signal connections, power supplies, and induction applications. These terminal blocks feature a robust design with a combination of a plastic and copper substrates, and solution-coated contact elements. The spring-loaded contact element creates an electrical connection between the two parts. They also have an integral overmolding for added protection. Lastly, the terminal blocks feature an overmolded contact system that ensures excellent performance in elevated temperature and vibration environments.