Do M23 Connectors and Cables support mixed transmission of power and signals? How to avoid crosstalk?

Yes, M23 Connectors and Cables support mixed transmission of power and signals, especially in 12, 16, and 19 pin configurations. Common combinations are:

• Multiple pins transmit low-voltage control signals (such as analog signals, encoder signals)
• A few high-current pins transmit power (such as motor drive)

1. Internal shielding structure:

• Use cables with metal shielding or partition shielding design to effectively isolate power and signal channels.

2. Reasonable pin layout:

• High-speed or sensitive signals are kept away from power pins to avoid interference caused by physical proximity.

3. Choose the right wire gauge:

• Use a thicker wire diameter for power cables and shielded twisted pair for signal cables to reduce impedance mismatch.

4. Grounding design:

• The metal shell of the connector is well grounded, and the shielding layer needs to be reliably grounded to form an isolation barrier for interference loops.

Through these measures, the M23 connectors and cables can still maintain stable and clean signal quality when transmitting mixed power and signals, which is very suitable for high-demand application scenarios such as servo control, motor feedback, and industrial automation systems.

M23 Connectors and Cable Assemblies

M23 Receptacles

M23 T Connectors

Overmolded M23 Extension Cable

M23 To DB15 Servo Encoder Cable

M23 Cable Assemblies