3-Pin XLR Male to Dual XLR Female Splitter Audio Cable for Mixer
Product Name:
3-Pin XLR Male to Dual XLR Female Splitter Audio Cable for Mixer
Summary:
The 3-Pin XLR Male to Dual XLR Female Splitter Audio Cable is a high-quality audio cable designed for splitting a single XLR signal into two outputs. With a length of 0.3m, it features nickel-plated connectors, a metal housing, and a shielded cable for superior audio transmission. The balanced connection method ensures reduced interference and distortion-free signals, making it ideal for mixers, microphones, and professional audio setups.
Detailed Description:
The 3-Pin XLR Male to Dual XLR Female Splitter Audio Cable is a versatile and durable audio cable designed for professional audio applications. With a compact length of 0.3m, this cable is perfect for splitting a single XLR signal into two outputs, making it ideal for mixers, microphones, and other audio equipment.
The cable features a 3-pin XLR male connector on one end and dual 3-pin XLR female connectors on the other, ensuring seamless compatibility with a wide range of audio devices. The nickel-plated connectors and metal housing provide excellent durability and corrosion resistance, while the shielded cable ensures clean and noise-free audio transmission.
The balanced connection method—connecting Pin 2 to Pin 2, Pin 3 to Pin 3, and Pin 1 to Pin 1—helps reduce interference and provides a stronger, distortion-free signal. This makes the cable ideal for professional audio environments where signal integrity is crucial.
Applications:
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Mixers: Split a single XLR signal to route audio to multiple devices.
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Microphones: Connect a microphone to multiple inputs or outputs.
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Studio Recordings: Ideal for routing audio signals in recording environments.
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Live Performances: Suitable for stage setups requiring reliable signal splitting.
Key Features:
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Connector Type: 3-pin XLR male to dual 3-pin XLR female
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Length: 0.3m
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Cable Diameter: 4mm
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Material: Nickel-plated connectors with metal housing, shielded cable
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Connection Method: Balanced connection (Pin 2 to Pin 2, Pin 3 to Pin 3, Pin 1 to Pin 1)
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Performance: Reduced interference and distortion-free signal transmission
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Durability: Robust construction for long-lasting use