Customization: | Available |
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Gender: | Female |
Pin: | 6 |
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Operation Temperature | -20° T0 +85° |
Rated Current | 1.5A@40VAC |
Contact resistance | 30mΩ(MAX) |
Withstand Voltage | 500VAC/minute |
Insulation Resistance | 1000MΩ(MIN) |
I. Basic Information
Type: SATA Male Chassis DIP (Dual In-line Package) Type Wire to Board Connector
Plating: gold plating, thickness of 15 micro inches (Au 15u''), providing excellent conductivity and corrosion resistance
Connection: Wire to Board (Wire to Board)
Product Features
1. High-quality connection: gold-plated design ensures that the connector maintains a stable electrical connection in long-term use, reducing signal attenuation and contact resistance.
2.DIP package: Double-row in-line package, easy to weld and fix on the board to improve the reliability of the connection.
3.SATA interface standard: Comply with SATA interface standard, support high-speed data transmission and power connection, applicable to a variety of SATA devices.
4. Chassis mounting: designed for chassis, suitable for use inside chassis or other compact spaces, with good structural strength and stability.
III. Technical Specifications
Pin Arrangement: DIP packages usually have a regular pin arrangement for easy soldering and layout.
Electrical performance: meets the electrical performance requirements of the SATA interface standard, including voltage withstand, insulation resistance, contact resistance, etc.
Contacts: made of high quality conductive materials, such as phosphor bronze or brass, and gold-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.
Fourth, the field of application
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.