ACL XLR Splitter Cable 3 Pin XLR Female to Dual XLR Male Patch Y Cable Balanced Microphone Splitter Cord Audio Adaptor
- 3 Pin XLR Female to Dual XLR male Y Cable, This Y-cable is designed to connect an XLR output to two XLR inputs, It is ideal for assigning the signal from a microphone to two channels on a mixing console.
- Compatible with equipment with 3-pin XLR connectors such as shotgun microphones, studio harmonizers, mixing boards, patch bays, preamps, speaker systems, mixer, amplifier, equalizer, limiter, crossover, digital decoders, and stage lighting.
- Nickel-Plated Connectors With Metal Serviceable Ends, OFC spiral shields for effective EMI and RFI rejection and flexibility.
- Balanced Connection - pin 2 is connected to pin 2, pin 3 is connected to pin 3, pin 1 is connected to pin 1. A balanced connection will help reduce interference and produce a much stronger un-distorted signal.
- This cable just splits mono into two mono signals, It does not combine signals to make a stereo signal.
Features:
- A durable PVC jacket helps to protect the cable against wear and tear.
- Oxygen-Free Copper (OFC) conductors for enhanced signal clarity, Shielded cable reduces interference and excess noise.
- Fully-screened cable (shielded) - This prevents interference and reduces noise and crosstalk from other sources that may be situated around the cable. The signal produced is a lot cleaner with fewer defects. By using this cable a purer filtered signal path will be achieved.
- XLR connectors with internal strain relief for rugged reliability.
- Extra durable and flexible long-life construction.
- True balanced Lo-Z shielded cable and high-quality noise-free performance.
- Nickel-plated connectors provide reliable contact.
- Free velcro cable wrap included.
Specifications:
- Connector A: 1 XLR Female Connector
- Connector B: 2 XLR Male Connector
- Cable Conductors: Bare Copper
- Connector Contacts: Zinc alloy
- Jacket Material: PVC
- Cable Gauge: 22 AWG
- Cable Body Outside Diameter: 6.0mm
- Cable Length: 1.5 / 3/ 6 Meter
