Adaptador XLR para 6,3 mm estéreo ShiverPeaks 55051 — adaptador balanceado XLR para TRS de 6,3 mm

ShiverPeaks 55051 is an XLR to 6.3 mm stereo adapter that converts a three-pin balanced XLR connection to a 6.3 mm TRS plug. It enables a balanced microphone or line-level signal from XLR-equipped devices to be connected to stereo 6.3 mm jacks on mixers, audio interfaces or monitoring equipment, preserving the balanced signal path where supported.

Advantages

The adapter provides a compact, durable connection solution for routing balanced audio between XLR and 6.3 mm TRS equipment. Its straightforward design allows fast, tool-free insertion and reliable electrical contact for live sound, recording and monitoring tasks. The adapter supports balanced signal transmission when used with compatible devices and cabling, helping to reduce noise and maintain signal integrity over short cable runs.

Suitable for

• Connecting microphones or line outputs with XLR to 6.3 mm TRS inputs
• Routing balanced signals between mixers, audio interfaces and studio monitors
• Temporary patching in live sound and rehearsal setups

Key specifications

• Connection type: three-pin XLR (female) to 6.3 mm TRS (male)
• Signal type: balanced audio conversion to TRS stereo jack
• Intended use: microphone and line-level signal routing
• Form factor: inline adapter for direct coupling between connectors

How to use

Insert the XLR end of the adapter into the XLR output or microphone connector, and plug the 6.3 mm TRS end into the corresponding stereo jack on the mixer, interface or monitor. Ensure devices are powered down or levels are reduced while connecting to avoid loud transients. Verify channel assignment and polarity on connected equipment to maintain balanced operation and correct stereo routing.

Recommendations

Use the adapter for short, direct connections and temporary patching. For long cable runs or permanent installations, consider using dedicated balanced XLR or TRS cabling to preserve shielding and minimize noise. Check compatibility of connected devices to ensure balanced wiring is supported.