The Mini PV series high-durability and high-retention wire-to-board connector system is designed to connect discrete wires to printed circuit boards with reliable performance. It features high-reliability dual-metal receptacle terminals that plug into industry-standard 0.025-inch square posts. The system offers various containment, protection, and guidance options for both sides of the connector interface. The wire side PV® receptacle terminals can be terminated to wires for discrete use or inserted into multiple-circuit MINI-LATCH connector housings that include optional polarizing keys, ensuring correct mating orientation. Printed circuit side headers are shrouded with integral friction features that grip the sides of the MINI-LATCH housings, reducing the risk of disengagement. The connector supports three different spring pressures, allowing users to customize insertion and withdrawal forces for specific applications. Key features include dual-metal PV® contacts maintaining contact pressure through 1,000 mating cycles, beryllium copper springs providing high normal force, and brass contact bodies ensuring reliable, gas-tight crimp terminations. The MINI-LATCH housing securely retains the wire contacts and is available in single or double row configurations. Polarization is achieved through keyed housings and header keyways to prevent mis-mating. The two-wall header design offers mechanical benefits and cost efficiency. The system operates within a temperature range of -40°C to +105°C and is suitable for applications such as consumer electronics, sensing and instrumentation, medical devices, defense, military and aerospace, communications and networking, and industrial equipment.
Purchase the FCI PV wire-to-board connector system online today to ensure your industrial, medical, or communication project benefits from high reliability and long-lasting performance. This system offers versatile configurations, including single and double row options, polarization to prevent mis-mating, and robust dual-metal PV® contacts capable of withstanding 1000 cycles. With a temperature range from -40°C to +105°C and easy-to-use crimping tooling, you can streamline assembly, reduce downtime, and enhance connection security—perfect for automation, instrumentation, and critical applications.
You can click on the BUY or RFQ button to purchase 48254000LF from an authorized AMPHENOL COMMUNICATIONS SOLUTIONS distributor.
You can download the 48254000LF datasheet or visit the AMPHENOL COMMUNICATIONS SOLUTIONS website for support.
AMPHENOL COMMUNICATIONS SOLUTIONS