Sarjakaapeli DeLOCK 63946 USB 2.0 Type-C 2m musta

This USB Type-C 2.0 to LVTTL converter cable by DeLOCK connects a USB Type-C port to a 6-pin LVTTL pin header. The 2 m black cable provides a direct interface for GPIO or UART connections and is intended for use with single-board computers, controllers, FPGAs, microcontrollers and other circuit electronics where LVTTL-level serial signaling is required.

Advantages

The cable integrates a USB 2.0 Type-C connector and a separate 6-pin pin header to offer a compact, ready-to-use serial interface. At 2 meters length it provides flexibility in device placement while maintaining a straightforward wiring solution for LVTTL-level communication. The black jacket offers a neutral appearance and the construction is intended for reliable data transmission between host and target devices.

Suitable for

• Connecting single-board computers (e.g., Raspberry Pi alternatives) to serial headers
• Interfacing controllers, MCUs and FPGAs via UART or GPIO-level serial
• Board-level development, debugging and firmware programming
• Laboratory and educational electronics projects requiring LVTTL signals

Key specifications

• Manufacturer: DELOCK
• Model / MPN: 63946
• EAN: 4043619639465
• Connector 1: USB 2.0 Type-C
• Connector 2: 6 × pin pin header (separate)
• Cable length: 2 m
• Product colour: Black
• Signal level: LVTTL (USB to LVTTL serial converter)

How to use

Insert the USB Type-C connector into a host USB port that provides data. Connect the 6-pin header to the target board’s LVTTL-compatible GPIO or UART header, ensuring correct pin alignment and signal mapping for TX, RX, power and ground as required by the target device. Power the target device separately if the cable does not supply power. Use appropriate terminal or header orientation to avoid reverse connections.

Recommendations

Verify the target device’s voltage levels and pinout before connecting. Do not assume TTL voltage compatibility across different boards; consult the device datasheet. For stable operation, keep cable runs as short as practical, and avoid exposing the cable to excessive mechanical stress or moisture.