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RCA audio cable LTC LXZ401B, 2xRCA to 2xRCA, 5 m, stereo, shielded
RCA audio cable LTC LXZ401B, 2xRCA to 2xRCA, 5 m, stereo, shielded
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RCA audio cable LTC LXZ401B, 2xRCA to 2xRCA, 5 m, stereo, shielded
Leave your address - as soon as the price of the product goes down, you'll know about it right away
RCA audio cable LTC LXZ401B, 2xRCA to 2xRCA, 5 m, stereo, shielded
RCA audio cable LTC LXZ401B, 2xRCA to 2xRCA, 5 m, stereo, shielded
LTC LXZ401B is a 5‑meter shielded stereo RCA audio cable with two RCA plugs at each end (2xRCA–2xRCA). It is designed for line‑level analog audio connections between consumer and professional audio equipment such as CD players, amplifiers, mixers and TVs. The cable’s shielding reduces electromagnetic and radio‑frequency interference to help maintain a clear stereo signal over the full 5 m length in home and studio environments.
The LXZ401B offers a standardized RCA connector configuration for straightforward left/right signal routing and compatibility with a wide range of devices. Its shielded construction helps minimize hum and noise caused by nearby electronic equipment, while the 5 m length provides flexibility in equipment placement without added complexity. The cable is suitable for repeated plug‑in use thanks to robust connector housings and a flexible jacket that supports routing and installation in typical audio setups.
Insert the RCA plugs into the corresponding left and right input/output jacks on your devices, matching color coding where available. Ensure connectors are fully seated to avoid intermittent contact. Route the cable away from power cords and large transformers to further reduce potential interference; use cable ties or clips if needed to secure the run. For best results, keep connections at line‑level inputs and avoid excessive bending near the connector ends.
Use the cable for standard analog stereo signal paths in home audio or studio setups. When possible, maintain separation from mains wiring and wireless transmitters, and avoid sharp kinks or tight coils to preserve shielding integrity and signal quality.
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