Cavo USB DeLOCK USB2.0/TTL 6 1,8 m nero

The DeLOCK USB2.0/TTL 6 cable (1.8 m) is a USB 2.0 to TTL serial adapter cable designed for reliable data transfer and compatibility with common operating systems. The cable provides a virtual COM port interface and offers optional direct access to the TTL signals, suitable for connecting embedded devices, microcontrollers and other serial peripherals. Built to operate across a wide temperature range, this USB cable is appropriate for industrial environments and field applications.

Advantages

The cable supports USB 2.0 speeds and creates a virtual COM port on Windows, Linux and macOS, enabling straightforward serial communication with devices. Its 1.8 m length gives flexibility in device placement, and the black durable design is made for long-term use. The optional direct access to the interface simplifies debugging and direct signal access for development and maintenance tasks.

Suitable for

• Embedded systems and development boards
• Microcontroller programming and debugging (MCUs)
• FPGA and field-programmable devices
• Control systems and industrial automation equipment
• Dongles and serial peripherals requiring TTL-level communication

Key specifications

• Brand: DELOCK
• Model / MPN: 83117
• EAN: 4043619831173
• Interface: USB 2.0 to TTL (serial)
• Cable length: 1.8 m
• Colour: Black
• Operating systems: Windows, Linux, macOS

How to use

Connect the male USB plug to a host computer and attach the TTL end to the target device following the device's pinout and voltage levels. Install any required drivers so the host recognises the virtual COM port, then open a serial terminal or development tool and configure baud rate and communication parameters to match the connected device. Use the optional direct interface access for signal-level troubleshooting when needed.

Recommendations

Ensure the target device uses compatible TTL voltage levels before connection, and install the correct drivers for your operating system. Avoid exposing the cable to extreme mechanical strain or fluids; for industrial deployments, verify temperature range compatibility with your environment.