| 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 7P Female Solder Type Wire to Board Connector
Angle: 180°
Plating: Au 15u'' (gold plating, 15 micro inches thick, provides excellent electrical conductivity and corrosion resistance)
II. Product Features
1. High-quality connection: Designed with gold plating to ensure that the connector maintains a stable electrical connection over long periods of time, reducing signal attenuation and contact resistance.
2. Solder mounting: Fixed to the circuit board by soldering to provide a solid and reliable connection, suitable for application scenarios requiring high reliability.
3. 180° Design: The unique 180° design makes the connector more flexible when mounting, facilitating efficient layout in limited space.
4. SATA interface standard: Compliant with SATA interface standard, it supports high-speed data transmission and power connection and is suitable for various SATA devices.
Third, technical specifications
Number of pins: 7 pins (meets the basic requirements of SATA interface)
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 (e.g. 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.
Application areas
The connector is widely used in computers, servers, storage devices and other fields to provide stable, high-speed data transmission and power connection for these devices. It is especially suitable for application scenarios that require high-density connection and limited space layout.
V. Precautions
During use, please make sure that the pins of the connector correspond correctly with the soldering points of the circuit board to avoid poor connection or damage.
Please select the appropriate soldering method and installation procedure according to the product specification 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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