Push Push SIM Card Socket Surface Mount SMT Lateral Insertion SOFNG SIM 024X Electrical Performance

Product Overview

This product is a Push-Push type memory card socket designed for SIM card applications. It offers reliable electrical performance with low contact resistance and high withstand voltage. The durable design supports a significant number of insertion cycles under both no-load and rated-load conditions. It is suitable for surface mount (SMT) applications with lateral insertion and is manufactured to be RoHS compliant, indicating environmental consciousness.

Product Attributes

• Operation: Push-Push
• Type: SIM Card Socket
• Mounting: Surface Mount (SMT)
• Insertion: Lateral
• Compliance: RoHS

Technical Specifications

Pin Assignment (SD CARD)

Transportation Handling

During transportation, this product should not come into direct contact with water, acidic or alkaline chemical substances, or be placed in environments containing such gases. Care must be taken to prevent slipping or tipping. Avoid collisions or squeezing during transit. Maintain a moderate temperature and humidity (normal temperature 25, humidity within 50) to prevent material deformation or oxidation.

Disposal Handling

This product is not classified as hazardous waste. When disposing of it, you may entrust a recycling company for recovery and reprocessing.

Notices

1. The company reserves the right of final interpretation.
2. Leaked and reproduced documents are prohibited.
3. Modifications without authorization are invalid.

Hefei Purple Horn E-Commerce Co., Ltd. is a professional company focus on integrated circuit ic business. Hefei Purple Horn E-Commerce Co., Ltd. will also responsible with exporting and logistic business. there is professional factory Beijing Silk Road which focus on desigining and manufacture.

Founded in 2009, Our company is a leading manufacturer and supplier of integrated circuit ic in China. We are committed to improving the standard of our products to fulfill the growing various solution for integrated circuit ic over the past few years.