Molex, 47571 8 Way Push Pull MicroSD Memory Card Connector, Solder

Molex Memory Card Connector, 11.4mm Length, 8 Contacts - 475710001

This is a microSD card connector designed for reliable data transfer and secure connections in Compact electronic devices. With dimensions of 11.4 x 2.3 x 5.45mm, it features a push/pull insertion and removal mechanism, ensuring ease of use. This connector supports microSD cards with a female socket configuration and is engineered for surface mount applications.

Features & Benefits

• 1.1mm pitch for precise connectivity in Compact spaces
• Durable copper alloy materials enhance electrical performance
• Gold over nickel plating ensures excellent corrosion resistance
• Designed for up to 10,000 mating cycles for longevity
• High-temperature operating range from -40°C to +85°C
• Robust solder termination method guarantees secure mounting

Applications

• Ideal for embedding in smartphones and tablets
• Utilised in wearable technology for memory expansion
• Integrates seamlessly into automotive electronic systems
• Essential for data storage solutions in IoT devices

What type of cards are compatible with this connector?

It is specifically designed for use with microSD cards, ensuring a snug fit and optimal connectivity.

How does the push/pull mechanism work in practical terms?

The push/pull design allows for easy insertion and removal of the card without requiring additional tools, enhancing the user experience.

What is the maximum voltage and current each contact can handle?

Each contact can support a maximum voltage of 5V DC and can carry a current of up to 0.5A, making it suitable for various electronic applications.

How does this connector maintain reliability over numerous use cycles?

Constructed for durability, it is rated for up to 10,000 mating cycles, which mitigates wear over time, ensuring a stable connection.

What materials contribute to the performance of this connector?

The use of copper alloy for contacts and gold over nickel plating enhances conductivity and reduces degradation, making it suitable for high-performance applications.