7.62mm 0.30in JYP Industrial Power Hybrid Power Signal Connector

YYE JYP series industrial power connector is a high-performance interconnect solution meticulously engineered for modular power supplies and industrial computing backplanes. Developed by Dongguan City Yuanyue Electronics Co., Ltd. (YYE), this hybrid connector integrates high-current power blades with high-density signal pins to facilitate streamlined board-to-board power distribution. The design features robust integrated guide pins and reinforced mounting flanges, ensuring precise mechanical alignment and secure PCB retention in high-vibration environments.

Optimized for server architectures and telecommunications infrastructure, the JYP series utilizes premium copper alloy contacts with specialized plating to achieve exceptionally low contact resistance and thermal stability. The vertical orientation and compact housing allow for maximum airflow and space efficiency on dense PCBs. With a focus on durability, the high-temperature thermoplastic insulator is rated for rigorous industrial duty cycles. This connector is the ideal choice for engineers seeking a reliable, blind-mating compatible solution that maintains electrical integrity across mission-critical power modules. By choosing the YYE JYP series, manufacturers benefit from a blend of high power density, superior signal fidelity, and the manufacturing excellence of a leading electronic component specialist.

Key Features

• Combines high-amperage power terminals with multi-pin signal arrays for integrated system connectivity
• Equipped with dual vertical guide posts to prevent pin damage and ensure accurate mating in rack-mount systems
• Engineered with high-conductivity copper alloy contacts to minimize voltage drop and reduce heat generation
• Features screw-mount side flanges for rigid PCB attachment, protecting solder joints from mechanical stress
• Constructed with industrial-grade, flame-retardant insulators capable of withstanding extreme thermal operating conditions
• Space-saving vertical design enables efficient power delivery within constrained industrial equipment housings