Molex Konektor PCB, řada: 43045, Vodič-deska, počet kontaktů: 10, počet řad: 2, rozteč: 3 mm, orientace těla: Pravý

Molex 43045 Series PCB Header, 3mm Pitch, 10 Contacts - 43045-1010

This PCB Header is a high-performance component designed for surface mount applications. It features a 3mm pitch connector with a shrouded design in a dual-row configuration, offering 10 circuits for versatile connectivity. The right-angle orientation enhances space efficiency on printed circuit boards, making it suitable for a variety of electronic setups.

Features & Benefits

• Shrouded design protects delicate pins from damage
• Excellent gold plating for reliable conductivity
• High current rating of 8.5A supports robust power applications
• Designed for surface mount termination ensuring secure placement
• Glow wire compatible, meeting safety standards for heat resistance
• Brass contacts provide durability and corrosion resistance

Applications

• Used with power management systems for effective electrical distribution
• Integrated into automation devices for reliable signal connections
• Ideal for use in appliances requiring high voltage connectivity
• Utilised in electronic control units within automotive
• Commonly found in electrical equipment for secure wire-to-board connections

What is the maximum voltage that can be handled?

The maximum voltage rating is 600V, making it suitable for high voltage applications while ensuring safety and reliability.

How does the shrouded design enhance usability?

The shrouded design prevents misalignment during insertion, providing a secure fit and reducing the risk of damage to contact pins.

What materials are used in the construction of the connector?

The connector features brass contacts with gold plating to enhance conductivity and ensure long-lasting performance in various environments.

How many mating cycles can be expected from this connector?

The connector is rated for up to 30 mating cycles, ensuring longevity in applications where regular connections and disconnections occur.