Female XLR To Dual RCA Male Cable Anti Shielding XLR Female To Dual RCA Male Audio Cable Anti-interference for Mixer Power Amplifier Mic

XLR Female To Dual RCA Male Audio Cable Anti-interference Adapter Cable Anti Shielding Accessories for Mixer Power Amplifier Mic
Feature:
1. High-Quality Transmission: The OFC oxygen-free copper conductor provides near-zero loss audio transmission, with dual-layer shielding that reduces interference and isolates unwanted noise. The polyethylene insulation improves high-frequency performance, providing clear and high-quality sound.
2. Wide Compatibility: This 3-pin XLR cable is compatible with various equipment such as mixing consoles, power amplifiers, active speakers, microphones, and more.
3. One-Way Conversion: This adapter cable converts XLR audio output to dual RCA output but cannot merge dual RCA audio signals into an XLR audio signal. Please pay attention to the direction of use.
4. Excellent Design: The cable features a gold-plated RCA plug and a metal housing. It also has a detachable soft PVC jacket with a 4.0mm outer diameter and a braided mesh for added protection.
5. Durable and Long-Lasting: Made of high-quality materials and designed for durability, this audio cable is perfect for long-term use in a variety of settings.


Specification:
Length: 1m, 2m, 3m (optional)
Product color: black
Interface:
3-pin XLR Female * 1
RCA male * 2
Connection method: Parallel connection method, where the RCA interface signal end is connected in parallel to No. 2 on the XLR end, and the RCA shielding wire is connected to No. 1 and No. 3 on the XLR end.
Usage: It can convert the XLR output interface of the audio player to two RCA male interfaces, and output two mono audio signals at the same time. It can be connected to the power amplifier input interface or the Mixing console input interface.

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.