009175003001006 – Connector – Kyocera AVX

About this part

009175003001006 – 3-Position IDC Connector Contact for Solid State Lighting – Kyocera AVX
Streamline your solid-state lighting installations with the Kyocera AVX 009175003001006 IDC connector contact. Designed for efficient board-to-wire connections, this surface-mount component ensures reliable signal transmission in space-constrained applications. Featuring insulation displacement technology for quick assembly and a protective cap for enhanced durability, it simplifies production while maintaining electrical integrity.

Key Features

3-position IDC contact for solid-state lighting systems
Surface mount design with solder termination
2.50mm pitch (0.098″) for high-density PCB layouts
Rated for 26-28 AWG wires and 1A per contact
125V voltage rating with tin-plated phosphor bronze contacts
Black polyamide housing withstands -40°C to 125°C
Cap (cover) included for contact protection

Technical Specifications
This Kyocera AVX 9175 series connector utilizes IDC (Insulation Displacement Connection) technology, enabling tool-free termination of insulated wires without pre-stripping. The phosphor bronze contacts with tin plating ensure low resistance and corrosion resistance, while the PA46 nylon housing provides mechanical stability and thermal resilience. With a compact 3-position configuration and 2.50mm pitch, it supports automated assembly processes and fits densely populated PCBs. Rated for 3 mating cycles, it maintains reliable performance in demanding environments.

Typical Applications

LED lighting modules and drivers
Automotive interior lighting systems
Industrial control panel indicators
Consumer electronics display backlighting
Medical device status lighting

About Kyocera AVX
Kyocera AVX stands at the forefront of electronic component innovation, with over 50 years of expertise in passive components and interconnect solutions. As a global industry leader, they maintain rigorous quality standards certified under IATF 16949, ensuring components meet automotive-grade reliability requirements. Their commitment