Universal Reversible USB 2.0 Cable, 28/24AWG (Reversible A to 5Pin Micro B M/M), 6 ft.
Universal / Reversible "A" connector allows plugging in any direction
- Universal / Reversible "A" Male to Micro-B Male
- Constructed of 24AWG power lines for the charging of higher powered devices such as tablets, which standard 28AWG Micro USB cables can't sufficiently charge
- Premium double-shielded cable with tinned copper braid and aluminum mylar foil features twisted 28AWG data lines and 24AWG power lines
- Supports USB 2.0 data transfer rates up to 480Mbps
- This product is covered by a Lifetime Limited Warranty (coverage details)
Overview
Tripp Lite's UR050-006-24G 6-ft. USB 2.0 A to Micro-B cable features a Universal / Reversible "A" connector, which takes the guesswork out of which way to position the "A" connector for plugging. Micro-USB is the latest generation of USB connector, and is found on Cell Phones, PDA's, USB On-the-Go ( OTG ) devices, Digital Cameras, Tablets and more. Constructed of premium double-shielded cable with tinned copper braid and aluminum mylar foil featuring twisted 28AWG data lines and 24AWG power lines. 24AWG power lines allow for charging of higher powered devices such as tablets, which standard 28AWG Micro USB cables can't sufficiently charge. USB 2.0 rated cable handles 480Mbps data transfer rates.
Features
- USB Universal / Reversible A Male to Micro-B Male
- Constructed of 24AWG power lines for the charging of higher powered devices such as tablets, which standard 28AWG Micro USB cables can't sufficiently charge
- Premium double-shielded cable with tinned copper braid and aluminum mylar foil features twisted 28AWG data lines and 24AWG power lines
- Supports USB 2.0 data transfer rates up to 480Mbps
System Requirements
- Digital devices that use the USB Micro-B Female socket
Package Includes
- 6-ft. USB2.0 Universal / Reversible A to Micro-USB B Device Cable, 28/24AWG (A Male to Micro-B Male)
Specifications
OVERVIEW
| UPC Code | 037332184719 |
INPUT
| Cable Length (ft.) | 6 |
PHYSICAL
| Color | Black |
| Shipping Dimensions (hwd / in.) | 7.00 x 9.00 x 0.50 |
| Shipping Weight (lbs.) | 0.15 |
| Wire Gauge (AWG) | 28/24 |
ENVIRONMENTAL
| Operating Temperature Range | -10/+75° C (14 to 167° F) |
| Storage Temperature Range | -20/+80° C (-4 to 176° F) |
CONNECTIONS
| Side A - Connector 1 | REVERSIBLE USB A (MALE) |
| Side B - Connector 1 | MICRO-USB B (MALE) |
FEATURES & SPECIFICATIONS
| Technology | USB 2.0 (High Speed); USB |
WARRANTY
| Product Warranty Period (Worldwide) | Lifetime limited warranty |
Frequently Asked Questions
Most mobile devices use USB cables to recharge their batteries. A USB 2.0 cable can provide up to 2.5 watts of power, sufficient to charge a phone or tablet. The new USB Power Delivery specification can provide up to 100 watts and it’s bi-directional, so a device can send or receive power. So, assuming a laptop requires a 60 watts charge, it could mean the end of bulky power adapters and proprietary charging cables. This available wattage will depend on the hardware and on the capabilities of the cable selected.
American Wire Gauge (AWG) is a US standard set of wire gauges or diameters. The higher the gauge number, the thinner the wire. Since thicker wire has less electrical resistance, it can carry more current. For networking or digital signage applications with longer runs, use 24 AWG cabling. AWG is also used to describe USB data/charging cables used with smartphones and other mobile devices. Thicker cables can carry more current and potentially charge a device faster. The gauge of USB cables have two numbers (e.g. 28/28 AWG). The first number refers to the gauge of the data wires and the second describes the gauge of the power wires. A USB cable that is 28/24 AWG has thicker charging wires and can carry more current.
Additional FAQs may be available on the UR05000624G model support page.
Resources & Downloads
Product Literature
Useful Web Pages
Product Images
Do you own a
UR050-006-24G
Get support for your product all in one place!
How can we improve the information on this page?
Is an important specification missing? Did you spot an error? Please let us know how we can make this information more useful to you.
