Connection cable Joy-IT RB-CB1-25, 25 cm length, flexible interconnect cable

Connection cable Joy-IT RB-CB1-25 is a 25 cm flexible interconnect cable designed for linking modules, boards and peripherals. Its compact length is suited to prototyping, breadboard work and installations with limited space, providing a low-profile and tidy connection for signal and power lines. The cable's flexibility makes routing simpler in cramped layouts while maintaining reliable electrical contact between components.

Advantages

The cable delivers a short, consistent connection that minimises excess wiring and potential signal degradation over longer leads. Its flexibility allows easy routing around components and through enclosures, and the compact length reduces clutter on breadboards and development rigs. The construction supports stable electrical contact and repeated insertions and removals without compromising performance.

Suitable for

• Prototyping on breadboards and perfboards
• Connecting expansion modules and sensors to microcontroller boards
• Internal wiring in compact enclosures and small devices
• Short-distance signal and power links between PCBs

Key specifications

• Length: 25 cm
• Type: flexible interconnect cable for electronics
• Intended use: signal and low-voltage power connections
• Typical compatibility: modules, development boards, peripherals and breadboards

How to use

Insert the cable ends into the corresponding sockets or header pins on the boards or modules, ensuring correct orientation for signal and power lines. Route the flexible cable along the shortest practical path to avoid tension and pin strain. For repeated connections, check that contacts remain clean and fully seated; for permanent installations, secure the cable with adhesive ties or clamps to prevent movement that could loosen connections.

Usage recommendations

Use this short cable where minimal wiring is required and where routing space is limited. Avoid using the cable for high-current power delivery beyond typical low-voltage peripheral supply levels, and keep cable runs as short as practical to reduce interference and voltage drop.