SMALL-EYE XLR Female to Female Cables 5 ft 2 Pack – Balanced 3-Pin Mic Patch Cables with 22 AWG OFC for Microphones, Mixers, and Studio

SMALL-EYE XLR Female to Female Cables 5 ft 2 Pack – Balanced 3-Pin Mic Patch Cables with 22 AWG OFC for Microphones, Mixers, and Studio

약 544,392원
$369.20 환율 $1 = ₩1,475
아마존에서 확인·구매
해외직접배송 · 관세·배송비 별도 미국 낙타 가격이력
역대 최저
약 529,351원
$359.00
2026-06-17
역대 최고
약 544,392원
$369.20
2026-06-28
평균가
약 538,213원
$365.01

달러 가격을 현재 환율 $1 = ₩1,475 (2026-07-25 기준)로 환산한 원화입니다.

가격 변동 그래프

아마존 달러(USD) 가격을 각 날짜의 환율로 원화 환산해 표시합니다. 현재 환율 $1 = ₩1,475 (2026-07-25 기준)

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쿠팡에서 "SMALL-EYE XLR Female Female Cables ft Pack" 검색

이 포스팅은 쿠팡 파트너스 활동의 일환으로, 이에 따른 일정액의 수수료를 제공받습니다.

상품 특징

  • Female to Female Connector – Not Male-to-Female cable
  • Ideal For Audio Extensions – Designed for connecting two male XLR cables or devices, these female-to-female 3-pin mic cables are perfect for extending microphone lines, linking mixers, or patching between audio gear in studio and stage setups
  • Signal Balanced Cables: 5 ft XLR Cable is shielded by 22 awg oxygen-free copper and aluminum foil braid to protect against EMI/RFI and ensure high signal fidelity
  • Durable Material: The XLR patch cables are made of highly elastic PVC with strong resilience after bending and soft matte material more suitable for outdoor performances and other scenes
  • Stable Connection: Heavy-duty metal connectors with molded-in strain relief feature a self-locking design with a wider button for easy unplugging and plugging in without hurting your hands
  • Silver-plated Header: The silver-plated layer of the header has low impedance, which can speed up the signal transmission and reduce the signal loss, and it is not easy to rust and the signal is stable
  • Solid Welding: The wire and adapter connection is tightly wrapped with an insulating layer to protect the solder joints from aging and breaking to ensure flexible use without disconnecting
  • Bridge Use: Female to female cables allow two 3 M to 3 M devices to be connected directly, reducing signal loss and fluctuations