Mogami W2901-1000-BLACK Miniature Balanced / Lavalier Microphone Cable, 1000', Black

These miniature microphone cables are engineered to offer essential mechanical robustness, including notable tensile strength and extended flex life, specifically catering to the demands of lavalier microphones and diverse applications. They adopt a balanced configuration to ensure optimal performance. The Part No. W3031 cable mirrors the construction of the Part No. W2697 cable entirely, differing solely in shield structure. The W2697 integrates a served (spiral) shield, while the W3031 employs a braided shield. On the other hand, the Part No. W2901 cable is meticulously designed to prioritize superior tensile strength and prolonged flex life, albeit with a trade-off in sound quality, attributable to its copper-tin alloy conductor. This construction yields remarkable mechanical resilience and durability, albeit requiring slightly more intricate soldering. Notably, the W2901's superior specifications correspond to a relatively higher cost.

Mogami Features:

• Mechanical Strength: Engineered with notable tensile strength and prolonged flex life, suitable for lavalier microphones and various applications.
• Balanced Configuration: Adopts a balanced setup for optimal performance.
• Part No. W3031 Cable: Shares the exact construction of the Part No. W2697 cable, differing only in shield structure.
• Part No. W2697 Cable: Utilizes a served (spiral) shield for enhanced shielding properties.
• Part No. W3031 Cable: Features a braided shield design, differing from the W2697 construction.
• Part No. W2901 Cable: Specially designed with superior tensile strength and prolonged flex life, sacrificing some sound quality due to the copper-tin alloy conductor.
• Mechanical Durability: Offers remarkable mechanical strength and durability.
• Soldering Complexity: W2901 requires slightly more intricate soldering due to its construction.
• Cost Consideration: The W2901, with superior specifications, corresponds to a relatively higher cost compared to other models.