SATA 22p/F SMT Type Au 15u'' Plated Wire to Board Connector

I. Basic Information
Product Name: SATA 22P/F SMT Type Au 15u'' Plated Wire to Board Connector
Interface type: SATA 22P (usually refers to the combination of 7 + 15P, that is, including 7 data pins and 15 power and ground pins)
Package Type: SMT (Surface Mount Technology), suitable for automated production, improve production efficiency
Plating: Au (gold) 15u'' (indicates that the thickness of the gold plating layer is 15 micro inches), to enhance the performance of the electrical connection, improve corrosion resistance and oxidation resistance
Connection: Wire to Board, for connecting cables and boards.

Technical Characteristics
1. High-precision pinning: precise pin alignment, in line with SATA standards, to ensure good compatibility with SATA devices.
2. High quality gold plating layer: 15u'' gold plating layer thickness, providing excellent electrical performance and long-term stability.
3. Surface Mount Design: SMT package design facilitates automated installation on circuit boards, reducing installation time and cost.
4. Compact structure: Compact design, small footprint, suitable for high-density circuit board layout.
5. High Reliability: Strict quality control and testing to ensure the stability and reliability of the connectors in harsh environments.

III. Application Areas
Mainly used in solid state drives (SSD), mobile hard disk, computer motherboards, adapter boards and other electronic devices that require SATA interface connection.
Suitable for scenes with high requirements for data transfer rate and stability, such as data centers, servers, workstations, etc.

IV. Precautions
During installation and use, please ensure that the connector pins and board interface are not damaged, so as not to affect the quality of data transmission.
Please install and use the connector correctly according to the product manual to avoid damage to the equipment caused by improper operation.
Check the connection status of the connector regularly to ensure the stability and reliability of data transmission.