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I. Basic overview
SATA 7P/M Solder Type Wire to Board Connector, 7-pin M design
solder type wire to board connector.
Application: Widely used in solid-state hard disk (SSD), mechanical hard disk
(HDD), optical drive and other storage devices and computer
motherboard, server motherboard or other electronic equipment
connection, to achieve efficient and stable data transmission.
II. product characteristics
1. High-speed transmission:
Support SATA interface high-speed data transmission features,
providing stable and efficient data transmission rate. With the
upgrade of the SATA standard (such as SATA 2.0, SATA 3.0, etc.),
the connector can support higher data transmission speeds to meet
the increasing data transmission needs.
2. Hot Swap support:
Allows storage devices to be connected or disconnected while the
system is running, without shutting down the system, improving the
flexibility and efficiency of data transfer. This is especially
important when storage devices need to be frequently replaced or
upgraded.
3. Compact design:
Compared to traditional parallel ATA (PATA) connectors, SATA
connectors have a smaller size and fewer pins, helping to save
space inside the device, making wiring more compact and flexible.
4. Stable and reliable:
Using differential signal transmission technology, with strong
anti-interference ability, to ensure the stability and reliability
of data transmission. At the same time, the connection mode of
welding wire to the plate also enhances the stability of the
connection.
5. Strong compatibility:
It has good compatibility and can connect SATA storage devices of
different manufacturers and models, which is convenient for users
to use and maintain.
III. Technical specifications
Pin count: 7 pins
Interface type: M type (usually refers to connection terminals with a specific
shape and size to ensure the stability and accuracy of the
connection)
Connection method: welding wire to board (by welding the connector is fixed on the
circuit board to achieve the connection with the wire)
Electrical performance: including voltage rating, current rating, contact resistance,
insulation resistance and other parameters, the specific value
should be determined according to the product specification.
Physical size: includes dimensional information such as the height, width, and
depth of the connector, as well as detailed parameters such as pin
spacing and pin length.
IV. Application scenarios
Mainly used in computer motherboard, server motherboard, industrial
control equipment, embedded system and other fields, as a key
connection between the storage device and the motherboard.
V. Precautions
During use, ensure that the connector is correctly connected to the
device to avoid signal transmission problems caused by poor
contact.
Pay attention to the use of the connector environment, avoid the
use of humid, high temperature or strong electromagnetic
interference environment, to ensure the stability and reliability
of data transmission.
During the welding process, follow the relevant welding process
requirements to ensure the welding quality and avoid damage to the
connector.