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SATA Male to ESATA Female

Part Number: RST07-1286
(Note: The part number is only for reference. If you have requirement, please contact Amphenol for further confirming PN and drawing)
Product Description: SATA 7P to ESATA 7P
Series: SATA
Cable Length: 0.26 meters
Wire Size: 26AWG, Tinned Copper, OD 2.29*8.25MM
Plating: Au 15u” min over Ni 50u” min
Color: Cable Red, Over mold Black
Environmental Compliance: ROHS
Flammability: Cable VW-1, Overmold 94V-1

SATA Male to ESATA Female

Part Number: RST07-1286
(Note: The part number is only for reference. If you have requirement, please contact Amphenol for further confirming PN and drawing)
Product Description: SATA 7P to ESATA 7P
Series: SATA
Cable Length: 0.26 meters
Wire Size: 26AWG, Tinned Copper, OD 2.29*8.25MM
Plating: Au 15u” min over Ni 50u” min
Color: Cable Red, Over mold Black
Environmental Compliance: ROHS
Flammability: Cable VW-1, Overmold 94V-1

Applications

    Data/Communications

1. Independent Disks

2. CD driver

3. Workstations

4. Servers

5. Storage rack

 

Features and Benefits

1. Transmission rate 6 Gbps.

2. Meet SATA 3.0 specification.

 

Mechanical Performance

1. Mating Force and Unmating Force

Condition: EIA 364-13. Insert and extract at a speed of 12.5mm/minute.

Mating Force: 45 N max. Unmating force: 10N Min.(SATA connector)

Mating Force: 40 N max. Unmating force: 10N Min.(ESATA connector)

2. Durability:

Condition: EIA 364-09.

Mated and Unmated connector for 50cycles at a rate of 200 cycles per hour. (SATA connector)

Mated and Unmated connector for 2500cycles at a rate of 500 cycles per hour. (ESATA connector)

No physical damage and shall meet requirements of subsequent test.

   

Electrical Performance

1. Contact Resistance

Condition: EIA 364-23. Subject mated contacts assembled in housing to 20mV max Open circuit at 100mA maximum.

30 mohm max, initial per contact mated pair. 15 mohm maxi, after stress per contact mated pair.

2. Dielectric Withstanding Voltage

Condition: EIA 364-20. Method B. Test between adjacent of mated and unmated connector assemblies. The dielectric shall withstand 500 VAC for 1 minute at sea level.

No flashover, no spark over, no excess leakage and no breakdown.

3. Insulation Resistance

Condition: EIA 364-21. Method C. Measure the insulation resistance between the adjacent contacts of mated and unmated connector assemblies.

The IR shall be 1000 Mohm minimum.

 

Signal Integrity:

1. Mated Connector Impedance: 100 ohm±15%

2. Cable Absolute Impedance: 100 ohm±10%

3. Cable Pair Matching: ±5 ohm

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