USB-kaapeli DeLOCK 82684 USB 2.0 5m USB A Mini-USB B musta

This Delock USB 2.0 cable features a straight USB A to angled Mini‑USB B connection and a 5 m length, designed primarily for devices with a Mini‑USB interface such as digital cameras. The angled Mini‑B connector gives a secure fit in the female port and more comfortable handling when the camera is connected to a PC or notebook. The cable includes thicker power conductors and twisted data pairs to maintain a reliable connection and stable data transfer up to the USB 2.0 rate of 0.48 Gbit/s.

Advantages

The angled Mini‑USB B connector reduces stress on the port and connector when space is limited or when the device is handled during operation. A higher gauge power line supports stable power delivery while twisted data lines help preserve signal integrity for USB 2.0 transfers. The 5 m length allows flexible placement between device and computer without additional adapters.

Suitable for (tasks / use cases)

• Connecting digital cameras to a PC or notebook for file transfer
• Linking other Mini‑USB B devices (portable hard drives, older mobile devices) to computers
• Studio or on‑location photography setups where angled connector access is preferable

Key specifications

• Connector 1: USB A (male)
• Connector 2: Mini‑USB B (male, angled)
• USB version: USB 2.0, up to 0.48 Gbit/s
• Cable length: 5 m
• Colour: Black

How to use

Plug the USB A end into an available USB port on your PC or notebook and insert the angled Mini‑USB B connector into the device’s Mini‑USB female port until it seats firmly. Ensure the connector orientation matches the port before inserting. Use the cable to transfer files, control the device from software on the computer, or provide power if the connected device supports USB power through Mini‑USB.

Recommendations

For best results, avoid bending the angled connector sharply at the point where it meets the device port and do not apply heavy tension to the cable while the connector is inserted. Store the cable coiled without tight loops to preserve the twisted data pairs and power conductors.