Cable Adapters

These connectors are designed to terminate unbalanced cables for mono applications. They are color-coded white and red to indicate left and right audio respectively.

This adaptor is designed to change the orientation of a NEMA 5-15 plug. It is ideal for use inside server enclosures and behind equipment racks.

This adaptor is designed to adapt an IEC C14 inlet to a NEMA 5-15 socket. It converts any extension cord with a NEMA 5-15 socket into a IEC C13 power cord.

This connector is designed to terminate single-pair cable for balanced mono and unbalanced stereo applications. It is ideal for use with line-level signals.

This connector is designed to terminate coaxial cable for unbalanced mono applications. It is ideal for instrument cable and speaker wire.

This connector is designed to terminate coaxial cable for unbalanced mono applications. It is ideal for large-diameter cable, including speaker wire.

This connector is designed to terminate single-pair cable for balanced mono and unbalanced stereo applications. It is ideal for use with line-level signals.

This connector is designed to terminate coaxial cable for unbalanced mono applications. It is ideal for instrument cable and speaker wire.

This adaptor is designed to couple S-Video cables or any two video or data cables with male 4-pin Mini-DIN connectors.

This adaptor is designed to match 200R output impedance to 50K input impedance. It is ideal for connecting a microphone to hi-Z instrument jack. Maximizes signal fidelity when using impedance mismatched gear Minimizes high frequency and level loss...

This adaptor is designed to match 200R output impedance to 50K input impedance. It is ideal for connecting a microphone to hi-Z instrument jack. Maximizes signal fidelity when using impedance mismatched gear Minimizes high frequency and level loss...

This adaptor is designed to match 600R output impedance to 2.5K input impedance. It may be used to connect a microphone to a portable recording device, camcorder, or PC. Maximizes signal fidelity when using impedance mismatched gear Minimizes high...