I. Basic Information
Type: SATA 7P Female Chassis connector with solder wire type and 180° Wire to Board connection.
Pin number: 7 pins (7P), suitable for SATA interface standard data and power connections.

Product Features
1. 180° Design: This design allows the connector to be mounted at a 180° angle on the board, increasing layout flexibility, especially inside space-constrained chassis.
2. Soldered Wire Forms: The pins of the connector are connected to the circuit board by soldering, providing a solid and reliable electrical connection.
3. Chassis Mount: Designed for chassis with good structural strength and stability, suitable for a variety of storage devices that require SATA interface connection.
4. SATA interface standard: conforms to SATA interface standard, supports high-speed data transmission and power connection, ensures compatibility with various SATA devices.

Third, technical specifications
Pin Arrangement: According to the standard pin arrangement of SATA 7P, ensuring the correct docking with the corresponding male connector.
Electrical performance: meets the electrical performance requirements of the SATA interface standard, including voltage withstand, insulation resistance, contact resistance, etc.
Contacts: usually made of high quality conductive materials such as phosphor bronze or brass, and gold-plated or tin-plated to improve conductivity and corrosion resistance.
Insulators: made of materials with good insulating properties and high temperature resistance to protect the internal circuit from external interference.

Application Areas
The connector is widely used in computers, servers, storage devices and other fields, especially those devices that require SATA interface connection and have high requirements for connection quality. It can be used for connection between motherboards, hard disk drives, optical drives and other components, providing stable, high-speed data transmission and power connection.

V. Installation and Precautions
During installation, please make sure that the pins of the connector correspond correctly to the soldering points on the board to avoid poor or damaged connections.
Follow the guidelines and recommendations provided by the manufacturer when soldering to ensure that the soldering quality meets the requirements.
Regularly check the contact status and electrical performance of the connector to ensure stable operation of the equipment.