
- NEED USB CORD FOR INNOVAGE OUTDOOR DIGITAL BINOCULARS HOW TO
- NEED USB CORD FOR INNOVAGE OUTDOOR DIGITAL BINOCULARS FULL
The up converter (DC Drive cable) changes the 5V USB to the required voltage (in my case 8.4V 2A) that the camera needs to function. The other part is a Vitesun USB Drive Cable (up converter) with a male barrel jack on one end with a USB Type "A" connector on the other. My unit consist of a Faux "battery" pack (DC coupler) with a short pigtail cable that has a female barrel jack on the end of it. Sometimes these are also referred to as AC-DC couplers as they come with an AC adapter to plug them into the wall. Voltages will vary based on your cameras requirements. Curious, I explored the listing, and purchased one.ĭC Couplers should be available for any camera that has a removable battery, with a small flap that will allow the cable to emerge from the camera battery door. During my search on ebay I cam across a seller that sold a USB DC coupler. I had used such setups in the past for some of my point and shoot cameras, so I was familiar with the concept. I was looking for a AC-DC coupler to power my camera. I stumbled upon this set up quite by chance after I purchased my Panasonic GF7 Micro Four Thirds Camera.

NEED USB CORD FOR INNOVAGE OUTDOOR DIGITAL BINOCULARS HOW TO
I am going to show you how to use a common Apple 12W power adapter to run you camera continuously, or a USB power bank to run you camera for the whole day when you are mobile and shooting digital images or video. Many people buy and use numerous battery packs, or even extended packs, to power their digital cameras and camcorders.
NEED USB CORD FOR INNOVAGE OUTDOOR DIGITAL BINOCULARS FULL
USB 3.0 A to Micro B Panel Mount CablesĪlso referenced as the SuperSpeed Micro USB B connector, this connector stacks five more pins on the side of the USB 2.0 Micro B connector to achieve the full USB 3.0 standard data transfer speed.

USB 3.0 connectors are often in blue color or with "SS" logo to help distinguish them from previous generations. USB 3.0 connector is designed to support 5Gbps bandwidth "SuperSpeed" data transfer, whereas, lower data rate can be transmitted with backward compatibility to USB 2.0 ports. However, USB 3.0 Type A processes additional pins that are not in the USB 2.0 A Type. Inheriting the same design to the A-Type connector used in USB 2.0 & USB 1.1 application, USB 3.0 A is also provides a "downstream" connection that is designed for use only on host controllers and hubs.

Though not that common, USB A male to A male cables are used by some implementers to make connections between two USB A style female port. As such, it is important to remember while purchasing USB cables it is safest to make sure at least one of the plugs is a USB A. This is because USB host will supply a 5V DC power on the VBUS pin.

USB-A socket is designed to provide a "downstream" connection intended for host controllers and hubs, rarely implemented as an "upstream" connector on a peripheral device. Also known as USB standard A connector, the USB A connector is primarily be used on host controllers in computers and hubs.
