MTSW-150-11-T-D-315

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The MTSW-150-11-T-D-315 is a male pin rectangular connector header, designed for reliable and secure connections in applications such as automation, industrial control, and many more. It is an ideal choice for edge-mounting as it provides secure connections and excellent contact-to-board stability.

The MTSW-150-11-T-D-315 is a two-row header with a pitch of 1.45mm. It has a single-row, three-pole design, making it suitable for connecting smaller circuits that require higher pin density. The two rows are staggered to provide additional stability and enable secure contact-to-board connections. Additionally, it features an integrated self-retaining block for locking into place, ensuring a reliable and secure connection each time.

The male pin headers on the MTSW-150-11-T-D-315 are gold plated and feature a separate contact area on the base of the header, which provides additional durability. The contact area is also designed to minimize current impedance and ensure clean, error-free signals. It is also dustproof and moisture-resistant, meaning it is a suitable choice for harsh environments.

The MTSW-150-11-T-D-315 is an easy-to-use male pin header that can easily be soldered onto a board. It features an integrated self-retaining block that allows for a secure connection that prevents the header from slipping out. This ensures a secure connection each time and minimizes the risk of short circuits. Additionally, the contact area is plated to minimize current impedance and ensure clean, error-free signals.

The MTSW-150-11-T-D-315 is a versatile rectangular connector that is suitable for a variety of applications, including automation, industrial control, and many more. Its two-row design makes it ideal for edge-mounting, as it provides a secure connection and excellent contact-to-board stability. The gold-plated male pins have a separate contact area on the base of the header, which provides additional durability. The integrated self-retaining block ensures a reliable and secure connection each time, while the contact area minimizes current impedance and ensures clean, error-free signals.

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