Blonder Tongue SCW-09 9db Directional Tap

$1.89
In stock
Only 41 left
SKU
1930-09
Description

Condition: New

Product Overview: The Blonder‑Tongue SCW‑09 (1930‑9) 9 dB Directional Tap is an indoor L‑style, single‑output RF coupler designed to extract precisely 9 dB of signal from the main line while passing the rest downstream. Operating from 5 to 1000 MHz with up to 120 dB of RFI shielding, it is built with a rugged die‑cast housing for reliable performance in broadband, CATV, MDU, and commercial systems. Though discontinued, it remains widely available as a cost‑effective tap for installations requiring clean signal splitting with minimal interference.

Features:

  • Tap attenuation of 9 dB, ideal for environments needing moderate signal extraction without overloading the drop leg

  • Works across 5–1000 MHz bandwidth, supporting DOCSIS, video, and analog signal regimes

  • L‑style form factor (input, thru, and tap on same face) for compact installation in tight spaces

  • 120 dB RFI shielding using die‑cast metal housing to prevent interference in sensitive RF environments

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- +

Condition: New

Product Overview: The Blonder‑Tongue SCW‑09 (1930‑9) 9 dB Directional Tap is an indoor L‑style, single‑output RF coupler designed to extract precisely 9 dB of signal from the main line while passing the rest downstream. Operating from 5 to 1000 MHz with up to 120 dB of RFI shielding, it is built with a rugged die‑cast housing for reliable performance in broadband, CATV, MDU, and commercial systems. Though discontinued, it remains widely available as a cost‑effective tap for installations requiring clean signal splitting with minimal interference.

Features:

  • Tap attenuation of 9 dB, ideal for environments needing moderate signal extraction without overloading the drop leg

  • Works across 5–1000 MHz bandwidth, supporting DOCSIS, video, and analog signal regimes

  • L‑style form factor (input, thru, and tap on same face) for compact installation in tight spaces

  • 120 dB RFI shielding using die‑cast metal housing to prevent interference in sensitive RF environments

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