TISINO Dual XLR to 3.5mm Stereo Mic Cable, 2 XLR Female to 1/8 Inch Mini Jack Y-Splitter Breakout Lead Microphone Cord - 3.3 feet
TISINO Dual XLR to 3.5mm Stereo Mic Cable, 2 XLR Female to 1/8 Inch Mini Jack Y-Splitter Breakout Lead Microphone Cord - 3.3 feet
Dual Female XLR to 1/8 Inch Mini Stereo Jack Audio Cable Features: - Gold- plated provide superior signal transfer and sound reproduction. - Oxygen-Free Copper (OFC) conductors for enhanced signal clarity. - High Grade Oxygen Free Copper (OFC) for effective EMI and RFI rejection and flexibility. - Combines 3.5mm Left and Right Channels Into XLR Single Mono Feed. - Free velcro cable wrap included. Specifications - Conductor A: 3.5mm TRS Male - Conductor B: 2XLR Female - Jacket Material: PVC - Length: 3 Feet/1m - These cables are wired Tip to Pin 2 LEFT, Ring to Pin 2 RIGHT, and sleeve to Pins 1 and 3 on both XLR connectors. Package Includes: 1 3.5 mm Stereo 1/8" to Dual Female XLR Splitter Cable
Product Features
- This xlr to 3.5mm cable is designed to connect two microphones (left channel Right channel) with XLR outputs to a mini stereo phone input. It is ideal for connecting pro mics to digital cameras, video cameras, tape recorders, and other professional audio equipment with 1/8" mini-stereo jacks.
- The XLR connectors are color-coded Black(Left Channel) and Red(Right Channel), It splits closer to the XLR ends, the distance to the split point is about 20 inches/50cm. The 3.5mm plug is a standard 3 pole (2 rings and a tip) connector, This won't work on a Smartphone that has a 4 Pole TRRS port. You may need a TRS to TRRS adapter. Please make sure the power for all your equipment is "OFF" when changing connections.
- XLR Connector with internal strain relief for rugged reliability, Oxygen-Free Copper (OFC) conductor for enhanced signal clarity
- Heavy Duty Gold-plated connectors resist corrosion, provide durability and improve the signal transmission, ensures minimal signal loss.
- Heavy Duty Flexible Rubber Jacket, Top quality and made by environment-friendly material, Polyethylene insulation improves high frequency response.