Molex 53261-1571 Штыревой разъем печатной платы

Molex PicoBlade Series PCB Header, 1.25mm Pitch, 15 Contacts - 53261-1571

This PCB header is a versatile component within the PicoBlade connector system, designed for a It features a Compact 1.25mm pitch with 15 circuits, offering a right-angle orientation and a shrouded design for enhanced durability. This surface mount PCB header is especially suited for wire-to-board connections, and its solder termination method provides reliable electrical performance in demanding environments.

Features & Benefits

• Designed specifically for 1.25mm pitch applications for Compact layouts
• Shrouded structure enhances connection security and reliability
• Supports up to 1A current rating for efficient power delivery
• Suitable for voltage ratings up to 125V for versatile applications
• Constructed from high-temperature thermoplastic to withstand harsh conditions
• Features a 30-cycle durability for a longer lifecycle in demanding uses

Applications

• Ideal for automation systems requiring secure wire-to-board connections
• Commonly used in electronics where space-saving components are essential
• Suitable for industrial demanding high-temperature resilience
• Effective in electrical and mechanical systems for efficient signal transfer

What is the maximum voltage that can be supported?

The component can handle voltage levels up to 125V, making it suitable for various applications requiring reliable signal integrity.

How many circuits can this component accommodate?

It accommodates a maximum of 15 circuits, which allows for versatile configurations in complex electronic designs.

What material is used for the contacts, and how does it benefit performance?

The contacts are MADE from phosphor bronze, providing excellent conductivity and resistance against wear, thus ensuring long-lasting performance.

How do I ensure proper termination when using this header?

This header employs a solder termination method, which requires careful soldering techniques to a secure connection and maintain electrical integrity.