| Customization: | Available |
|---|---|
| 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 15P/F IDC TYPE
Number of pins: 15 pins
Interface Type: IDC (Insulation Displacement Connection)
Connection: Wire to Board
Second, the product characteristics
1. High-density connection: IDC type connectors are known for their high-density connection characteristics, can provide a large number of electrical connection points in a limited space.
2. Easy installation: IDC connection technology simplifies the installation process by realizing electrical connection through insulation displacement without stripping or soldering.
3. High reliability: IDC connectors show high reliability in long-term use and are suitable for application scenarios that require stable connections.
4. Widely used: SATA 15P/F IDC TYPE Wire to Board Connector is widely used in devices that require SATA interface connection, such as solid state drives, mobile hard drives, computer motherboards, and so on.
Technical Specifications
Electrical Performance: Meet the electrical performance requirements of SATA interface standard, including voltage withstand, insulation resistance, contact resistance, etc.
Data transmission: Support high-speed data transmission of SATA interface, the specific speed depends on the SATA version (e.g. SATA I, SATA II, SATA III, etc.).
Materials: The contact parts are usually made of high-quality conductive materials (e.g. phosphor bronze) with gold plating or other surface treatment to improve corrosion resistance and conductivity; the insulator materials have good insulation and high temperature resistance.
Application Areas
The connectors are widely used in computers, servers, storage devices and other fields to provide stable, high-speed data transmission and power connection for these devices.
V. Precautions
During use, please make sure that the pins of the connector correspond correctly with the soldering points of the circuit board or IDC slots to avoid poor connection or damage.
Please select the appropriate connection and installation method according to the product manual and actual situation.
Regularly check the contact status and electrical performance of the connector to ensure stable operation of the equipment.
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