OSTHA075150

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Terminal Blocks - Wire to Board technology enables efficient and reliable connections between wires and printed circuit boards (PCBs). The OSTHA075150 is a terminal block connector specifically designed to address the short-range signal connection and power supply requirements posed in the automotive, smart grid, and industrial automation markets.

This terminal block is designed to provide high-performance, reliable signal transmission power supply in automotive, industrial, and smart grid applications. It has a contact pitch of 7.5mm and allows up to 15 circuits. The OSTHA075150 connector mates with 300V and is suitable for use in operating temperatures from -40°C to +125°C.

The working principle of the OSTHA075150 is quite simple. The contact points are made up of the terminal block\'s male metal tabs, which extend through the opened holes in the insulation. The contacts are held tightly together by a plastic bolt in the form of an onboard spring or a key. Then the electrical connection is securely held in place by a series of nuts and screws. This allows the power to flow through the contacts with minimal loss or resistance.

The OSTHA075150 terminal block is designed to minimize the difference in length between the female and the male contact tabs. This reduces the potential for misalignment issues, limiting contact resistance and maintaining efficient data transmission. The contact points are also designed with anti-creep technology which ensures contact reliability and increases life expectancy. The OSTHA075150 is also a low-profile terminal block, minimizing its height above the board which limits the risk of shorts and other unintended connections.

The OSTHA075150 is an ideal choice for any power or signal connection within the automotive, industrial automation, and smart grid markets. It has a reliable connection, low insertion force, and minimal resistive loss all of which contribute to efficient and accurate power and signal transmission.

The specific data is subject to PDF, and the above content is for reference