
KYOCERA AVX 00-9296 Standard Vertical Top-Entry Connectors
KYOCERA AVX 00-9296 Standard Vertical Top-Entry Poke-Home Connectors provide a reliable yet cost-effective discrete wire-to-board termination in perpendicular applications. A UL-approved color range is available to match individual wires for easy and accurate final product assembly. Pre-plated phosphor bronze contact material provides excellent spring performance with high fatigue and corrosion resistance.These KYOCERA AVX components are designed to bridge the gap between inconsistent and challenging hand-soldering of wires and costly 2-piece connector systems in low-pin-count applications. The connectors support 26AWG to 18AWG solid or stranded wire terminations used in power supplies, LED drivers, and industrial control products where PCB space is limited. 00-9296 connectors offer a robust single beam contact that securely captures and retains the wire in a 23% smaller package size over previous versions.
Features
- Pre-plated phosphor bronze contact material provides excellent spring performance with high fatigue and corrosion resistance
- Single stamped and formed box contact minimizes board attachment and wire capture strength
- Accepts either solid or stranded wire, 26AWG to 18AWG, plated or un-plated wires
- Simple strip and insert for wire loading, with an easy twist and pull for wire removal
- Integrally molded-in flange provides a generous vacuum pick-up point for automated SMT placement
- UL approved color range to match individual wires for easy and accurate final product assembly
- RoHS compliant
Applications
- Power supplies
- LED drivers
- Industrial/motor controls
Specifications
- Current ratings
- 7A for 18AWG
- 6A for 20AWG
- 5A for 22AWG
- 4A for 24AWG
- 3A for 26AWG
- 600VAC (1-way) or 300VAC (2 to 6-way) voltage ratings
- -40°C to +125°C operating temperature range
- UL 94V-0 glass-filled Nylon 46 insulator material
- Phosphor Bronze contact material
- Lead-free Tin over Nickel plating
- 5 cycle durability
Publicado: 2017-10-18
| Actualizado: 2022-06-17