12V Powered USB extension cable male to female molded cable
12V Powered USB extension cable male to female molded cable
12V Powered USB extension cable male to female molded cable
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12V Powered USB extension cable male to female molded cable
12V Powered USB extension cable male to female molded cable
12V Powered USB extension cable male to female molded cable

12V Powered USB extension cable male to female molded cable

$7.50 500~999 Pieces
$7.20 1000~1999 Pieces
$6.95 2000 Pieces
12V Powered USB extension cable male to female molded cable
$6.95~$7.50
per Pieces

Cable Length:

  • 2M

Color:

  • black
Product Details
Product Description
Part Number 697203143405
Brand Aovlex-link
Connector Type Powered USB
Cable Type USB 2.0 + Power
Gender Male to Female
Length 2m
Data transfer speed 480 bps
Color Black
Compatible Devices POS system, Printer, Scanner
Packing PE Bag
Warranty 12 month
Specifications
Connector A Powered USB 12V plug
Connector B Powered USB 12V socket
Number of Contacts 8
Contact Finish Gold plated
Orientation Straight
current rating 1.0 A
voltage rating 12 V
outer diameter 5.6mm
Shield SF/UTP
Jacket PVC
Wire gauge AWG20+AWG26
outer diameter 6.5 mm
Shield braid
Jacket PVC
Cable length 1000 mm
Color black
Impedance (Differential) 90±15% Ohms
Impedance (Commom Mode) 30±30% Ohms
Capacitance (Mutual) 20pf/ft Max. 10 Khz
Insulation resistance 1000 MOhms Max. 20° C
Conductor resistance 70 mOhms/ft Max 20° C
Feature:
1.Each Key Position1 PoweredUSB port should provide +12VDC ±10% with a minimum sustainable current of 1.5A RMS. A +12V Port should be able to deliver as much as 5A for 5-10 seconds without generating an Over Current Protection.
2.Because of the large number of +12V Ports usually available in higher-end retail hosts, it is acceptable to place a global cap on the total current for these ports as long as it guarantees 1.5A Continuous per ports. For example an OEM may chose to connect a peripheral to a +12V port that often demands up to 5A currents as long as the total current consumption of all +12V peripherals does not exceed the number of ports multiplied by 1.5A. In contrast, each port shall be able to sustain 4A peaks for periods of 10ms with a duty cycle of 1/6. Additionally, during power-up, each port should be able to sustain 20A peaks for 100us with a current decay assumed of 20mA/us.
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