TE Connectivity DIL Socket 28 Contacts 2.54 mm Pitch Straight Through Hole Stamped Pin Ladder 1A 250V 1-2199298-9

TE Connectivity 1-2199298-9 DIL Socket is a precision through-hole IC socket designed for reliable electrical connections in electronics assemblies. It has 28 contacts arranged with a 2.54 mm pitch, using stamped phosphor bronze pins plated with tin to ensure stable conductivity and corrosion resistance.

The socket features a straight pin orientation set within a ladder frame type housing made from durable glass-filled polybutylene terephthalate thermoplastic. This robust housing ensures mechanical stability and thermal resistance in applications with operating temperatures from -40°C up to 105°C.

With a current rating of 1A and voltage capacity of up to 250V AC, this DIL socket is ideal for industrial, medical, military, and embedded system applications requiring secure IC mounting and easy field replacement.

The component measures 35.56 mm in length, 10 mm in width, and 5.1 mm in depth, optimized for PCB assembly via through-hole solder termination. This socket offers precise IC alignment and reliable connectivity through stamped and tin-plated contact pins.

Its ladder frame and straight orientation design permit effective system upgrades and stacking. Wide temperature durability ensures stable operation in harsh environments. Quick IC mating and unhindered field replacement reduce maintenance downtime.

Suitable for high-reliability industrial controls and embedded devices. Compact dimensions facilitate space-efficient PCB layouts. The thermoplastic housing is resistant to mechanical and thermal stress. Ideal for medical devices and military-grade equipment requiring stringent standards.

Manufactured in China under quality-controlled processes.

This TE Connectivity DIL Socket is a vital component for electronic component assembly, ensuring secure, long-lasting IC connections. EnvMart offers a reliable source for this high-quality product serving various industrial and commercial applications.