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22 Pin SATA Male to Female Extension Cable - 18 AWG - 8 Inches

Part #P22M-22F-18AWG
$2.25

22 Pin SATA Male to Female Extension Cable - 18 AWG - 8 Inches

More Information

Part # P22M-22F-18AWG
Bar Code (UPC) 794504827927
Specifications

‌Overview:

The Internal 2mm Rectangular Connector with 10 pins is a compact and versatile cable assembly designed for internal connections within electronic devices. This specific variant features a 12-inch cable length, making it ideal for short-distance signal and power transmission within enclosures. The cable terminates with a 10-pin female connector on one end and a 10-pin male connector on the other, allowing for straightforward plug-and-play connectivity between compatible components.


Connector Specifications:

Connector Type: Rectangular

Pin Count: 10

Pitch (Pin Spacing): 2.0mm

Gender: Female to Male

Contact Material: Typically gold-plated copper alloy, providing excellent conductivity and corrosion resistance

Insulation Material: Thermoplastic, typically rated for high temperature and flame resistance

Mounting Style: Cable mount, intended for internal system wiring

Cable Specifications:

Cable Length: 12 inches (approximately 30.48 cm)

Conductor Material: Tinned copper for optimal electrical performance and solderability

Conductor Size: Typically 28-30 AWG, ensuring flexibility while maintaining adequate current-carrying capacity

Cable Jacket: PVC or similar material, offering flexibility, durability, and resistance to environmental factors such as heat and abrasion

Shielding: Unshielded (unless specified otherwise), suitable for low-frequency signal transmission where electromagnetic interference (EMI) is minimal

Electrical Characteristics:

Voltage Rating: Typically up to 300V (depending on application and insulation specifications)

Current Rating: Usually 1A-3A per pin, depending on the conductor size and ambient temperature

Impedance: Typically in the range of 50-100 ohms, suitable for general-purpose signal transmission

Mechanical Characteristics:

Insertion Force: Designed for ease of mating with moderate insertion force

Withdrawal Force: Retention mechanism ensures a secure connection while allowing for easy disconnection when required

Durability: Rated for multiple mating cycles, ensuring reliable performance over time

Applications:

Internal Device Interconnection: Used in connecting internal components such as circuit boards, modules, or subsystems within electronic devices

Signal and Power Transmission: Suitable for both low-power signal transmission and moderate power delivery between components

Consumer Electronics: Commonly found in computers, printers, and other consumer electronics where compact, reliable internal connections are needed

Compliance and Standards:

RoHS Compliant: Free from hazardous substances, ensuring safety and environmental compliance

UL Certified: Meets relevant safety standards for electrical components (depending on the specific manufacturer)

This Internal 2mm Rectangular Connector assembly is a reliable choice for electronic applications requiring compact, robust, and flexible internal connections. Its standardized pin pitch and durable construction ensure compatibility and long-term performance in a variety of electronic devices.


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Technical Description: 22-Pin SATA Male to Female Extension Cable - 18 AWG - 8 Inches

Overview:

The 22-Pin SATA Male to Female Extension Cable is designed to extend the connection between a SATA device (such as a hard drive or optical drive) and the SATA port on a motherboard or controller card. This specific cable features an 8-inch length and utilizes 18 AWG conductors, ensuring reliable power and data transmission over the extended distance.


Connector Specifications:

Connector Type: SATA (Serial ATA)

Pin Count: 22 pins (comprising 15 pins for power and 7 pins for data)

Connector A: SATA Male (plug)

Connector B: SATA Female (receptacle)

Material: The connectors are typically made from durable plastic with metal contacts, often gold-plated for enhanced conductivity and corrosion resistance

Latch Mechanism: Some versions include latching mechanisms on the connectors to ensure a secure connection that resists accidental disconnection

Cable Specifications:

Cable Length: 8 inches (approximately 20.32 cm)

Conductor Material: High-quality tinned copper, providing excellent conductivity and resistance to oxidation

Conductor Size: 18 AWG for power lines, ensuring robust power delivery with minimal voltage drop; data lines are typically thinner (e.g., 26-28 AWG)

Cable Jacket: PVC or similar flexible, durable material, offering protection against physical damage and environmental factors such as heat and abrasion

Shielding: Typically unshielded; SATA's differential signaling minimizes susceptibility to electromagnetic interference (EMI) in most environments

Electrical Characteristics:

Voltage Rating: Power conductors typically rated for up to 5V, 12V, and 3.3V, depending on the SATA specification

Current Rating: Capable of handling up to 4.5A for the 12V line (depending on the application), consistent with 18 AWG standards

Data Transfer Rate: Supports SATA data transfer speeds up to 6 Gbps (SATA III), ensuring compatibility with modern high-speed drives

Mechanical Characteristics:

Flexibility: The 8-inch length provides sufficient flexibility to manage tight spaces within computer cases, without excess slack that could hinder airflow or clutter the interior

Durability: The cable is designed for repeated use, with connectors rated for a high number of insertion cycles

Insertion/Withdrawal Force: Engineered for a balanced insertion force, ensuring ease of use while maintaining a secure connection

Applications:

Hard Drive and SSD Extension: Ideal for extending the connection between a SATA hard drive, SSD, or optical drive and the motherboard or SATA controller

Server and Desktop Builds: Useful in custom PC builds, server installations, or upgrades where space constraints require short, reliable extension cables

Data Centers: Suitable for use in data center environments where precise cable management is crucial

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