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USBG-AA9CC
USBG-AA9CC
Active
USB Cables
Description:  9FT. USB 2.0 EXTENSION TRANSLUCE
Manufacturer:  USBGear
Datasheet:   USBG-AA9CC Datasheet
History Price: $3.84
In Stock: 7100
Distributors
Specification
PDF Datasheet
Equivalent
USBG-AA9CC Specification
Specification
Mfr Part
USBG-AA9CC
Category
USB Cables
Manufacturer
USBGear
Series
-
Packaging
Retail Package
Status
Active
Environmental Compliance
Lead Free
Radiation Hardening
No
REACH SVHC
No SVHC
RoHS
Compliant
HS Code
-
Technical Parameter
Configuration
A Female to A Male
Length
9.00' (2.74m)
Specifications
USB 2.0
Transfer Rate
480Mbps
Shielding
24 AWG, 28 AWG
Color
Shielded
Features
Smoke
Wire Gauge
Data Transfer and Charge, Extension Cable
USBG-AA9CC PDF Datasheet
USBG-AA9CC Datasheet
Click and Download: USBG-AA9CC Datasheet
USBG-AA9CC Compare Parts
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    •
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    •
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    •
  • USBG-AA9CC vs USBFTV7SA2N05A
    •
  • USBG-AA9CC vs USBFTV7SA2G10OPEN
    •
  • USBG-AA9CC vs USBFTV7SA2G10A
    •
  • USBG-AA9CC vs USBFTV7SA2G05A
    •
  • USBG-AA9CC vs USBFTV7SA2G03OPEN
    •
  • USBG-AA9CC vs USBFTV2SA2N05A
    •
  • USBG-AA9CC vs USBFTV2SA2N03OPEN
    •
  • USBG-AA9CC vs USBFTV2SA2G10OPEN
    •
  • USBG-AA9CC vs USBFTV2SA2G10A
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    •
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    •
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    •
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    •
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    •
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    •
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    Customer Reviews
    4.95 out of 5.00 stars from 156 customer reviews from all over the world
    Giada Martino
    Italy
    5 stars
    2026-10-26 16:23
    18 days to Sicily, thanks to combined shipping. OpAmps seem to be fine but so far had no opportunity to test them. Thanks
    Hans de Groot
    Netherlands
    5 stars
    2026-10-26 14:32
    Have not tested
    Marie Fischer
    Germany
    5 stars
    2026-10-26 12:23
    Very fast delivery, top!
    Hunter Davis
    United States
    5 stars
    2026-10-26 09:50
    Everything is fine… what is needed .. Recommend
    Cécile Morin
    France
    5 stars
    2026-10-26 03:07
    Not tested in circuit yet...
    Peter Schneider
    Germany
    5 stars
    2026-10-26 02:56
    NONE of the 10 chips worked correctly. When I put load on them, something inside the chips collides and the output voltage jumps to the input voltage. After that the chip does not regulate any more. Output voltage = input voltage. Very bad quality !
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