OSTV7045150

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Terminal Blocks - Headers, Plugs and Sockets

OSTV7045150 is a terminal connection technology used for heavy-duty electrical connection in commercial and industrial applications. It utilizes type 2.5 to 5.08mm headers, plugs and sockets. It is designed for use in automotive, IT, telecom and consumer electronics.

Application Field

The OSTV7045150 is typically used in heavy-duty applications such as in automotive, IT, telecom and consumer electronics. It is frequently used for environmental testing, machine and equipment operation, and power delivery for industrial motors. It is robust enough to handle high current and voltage and is resistant to environmental elements.

Working Principle

The OSTV7045150 utilizes type 2.5 to 5.08mm headers, plugs and sockets. It is designed to prevent short circuit and current leakage. It is constructed of two parts: the header and the plug or socket. The header is fixed and the plug or socket is designed to be removable, thus allowing quick disconnection. The header contains several contacts that have male or female pins depending on the design. This allows a secure connection between the two parts of the connection.

To create a connection, the header and plug or socket are mated, with the plugs fitting securely into the sockets. This forms a secure connection that is rigid enough to handle high current and voltage. To ensure proper installation, the header and plug must be aligned correctly for a secure connection.

The connection is also designed to provide protection from electromagnetic interference. It has several layers of insulation that block the electromagnetic interaction between the header and the plug. This reduces interference from both internal and external sources and ensures uninterrupted operation.

The OSTV7045150 terminal connection technology is an effective and reliable solution for industrial and commercial applications. It is strong enough to handle high current and voltage and is resistant to environmental elements. It is also designed to reduce electromagnetic interference and ensure uninterrupted operation.

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