Winslow 2.54 mm Pitch Vertical 16 Way Through Hole Turned Pin Open Frame DIL Socket 3A W30516SFTRC

Winslow W30516SFTRC is a precision-engineered 2.54 mm pitch, vertical orientation, 16 way, through hole DIL socket designed for electronic applications requiring reliable IC connections. Rated for 3A current, this open frame socket features turned pin contacts plated with gold and tin, enhancing durability and electrical conductivity. Its compact dimensions including a length of 20.24 mm, width of 3.5 mm, and depth of 10.14 mm make it suitable for dense PCB layouts.

The housing, composed of polybutylene terephthalate, offers robust mechanical and thermal stability up to 150°C, ideal for industrial, laboratory, and commercial electronics use. The beryllium copper alloy contacts provide excellent electrical contact endurance and mechanical resilience. This component is extensively used in electronic equipment assemblies requiring secure IC insertion and removal without damage, including prototypes, test setups, and production units.

Installation is facilitated by through hole mounting and solder termination, ensuring steady durability under vibration and thermal cycling. The open frame design supports effective heat dissipation and ease of maintenance. This DIL socket is manufactured in the United Kingdom following strict quality controls but does not carry specific standards or approvals.

16 contacts for comprehensive IC pin interfacing. Gold and tin plating minimizes oxidation and ensures long-term contact integrity. Open frame structure for reduced height and enhanced cooling. Suitable for applications in industrial electronics, control systems, laboratory instrumentation, and manufacturing devices.

Compact footprint facilitates integration in high-density PCB designs.

Choose Winslow DIL Sockets for dependable performance and precision in your electronic design and assembly processes. Browse our extensive range of electronic components at EnvMart for compatible and complementary products to complete your system build.