TE Connectivity MTA-156 Series Vertical Board PCB Header, 18 Contact(s), 3.96 mm Pitch, 1 Row, Shrouded

The TE Connectivity PCB Mount Header is designed for vertical wire-to-board applications, offering a practical solution for connecting multiple circuits in tight spaces. With a robust 18-position configuration, it ensures reliable connectivity while adhering to a compact design, making it an ideal choice for intricate electronic assemblies. The partially shrouded header is engineered for easy insertion and secure retention, allowing for quick and efficient installations. Built to withstand a range of environmental conditions, it enhances performance with a natural colour thermoplastic polyester housing that offers durability and resistance to high temperatures. This connector seamlessly integrates into various applications, including power circuits, ensuring consistent electrical performance. Its innovative design supports wave soldering, simplifying the manufacturing process and improving assembly efficiency.

The TE Connectivity PCB Mount Header is designed for vertical wire-to-board applications, offering a practical solution for connecting multiple circuits in tight spaces. With a robust 18-position configuration, it ensures reliable connectivity while adhering to a compact design, making it an ideal choice for intricate electronic assemblies. The partially shrouded header is engineered for easy insertion and secure retention, allowing for quick and efficient installations. Built to withstand a range of environmental conditions, it enhances performance with a natural colour thermoplastic polyester housing that offers durability and resistance to high temperatures. This connector seamlessly integrates into various applications, including power circuits, ensuring consistent electrical performance. Its innovative design supports wave soldering, simplifying the manufacturing process and improving assembly efficiency.

Designed for board mount applications, ensuring secure placement and optimal performanceThe vertical orientation facilitates space-saving layouts suitable for dense applicationsConstructed with high-quality materials, allowing for long-term reliability and durabilityOptimised for use in power circuit applications, enhancing overall system efficiencyFriction lock retention provides secure mating for reliable connectivityCompatible with a variety of TE parts, offering versatile integration optionsTemperature rated up to 105 °C, accommodating diverse environmental conditionsPCB contact termination ensures strong electrical connections with minimal signal lossAvailable in packaging quantities to meet varying project needs effectively

Designed for board mount applications, ensuring secure placement and optimal performance

The vertical orientation facilitates space-saving layouts suitable for dense applications

The vertical orientation facilitates space-saving layouts suitable for dense applications

Constructed with high-quality materials, allowing for long-term reliability and durability

Constructed with high-quality materials, allowing for long-term reliability and durability

Optimised for use in power circuit applications, enhancing overall system efficiency

Optimised for use in power circuit applications, enhancing overall system efficiency

Friction lock retention provides secure mating for reliable connectivity

Friction lock retention provides secure mating for reliable connectivity

Compatible with a variety of TE parts, offering versatile integration options

Compatible with a variety of TE parts, offering versatile integration options

Temperature rated up to 105 °C, accommodating diverse environmental conditions

Temperature rated up to 105 °C, accommodating diverse environmental conditions

PCB contact termination ensures strong electrical connections with minimal signal loss

PCB contact termination ensures strong electrical connections with minimal signal loss

Available in packaging quantities to meet varying project needs effectively

Available in packaging quantities to meet varying project needs effectively