Scientific Atlanta SAS3GW-RFI 3-Way RFI Splitter

$25.00
In stock
Only 11 left
SKU
C506665A
Description
Condition: New

Product Overview: The SAS3GW-RFI is a rugged, high-quality 3-way splitter tailored for CATV and broadband headend deployments that demand robust radio-frequency performance and resistance to interference. This “RFI” variant is optimized for environments where electrical noise is present, offering improved hum modulation suppression—especially in high-current systems.

Features & Specifications

  • Frequency Range: Supports broadband signals from 5 MHz to 1,000 MHz, matching the performance of other Scientific-Atlanta 1 GHz passives.

  • Low Insertion Loss: Comparable to the SAS3G splitter, which exhibits around 6.3 dB insertion loss up to approximately 1 GHz.

  • Strong Return Loss: Engineered for superior performance—typical return loss is around 20 dB, with a minimum of 18 dB. Cisco

  • Enhanced RFI Rejection: Equipped with specialized design elements (like an AC bypass coil) to suppress hum and electromagnetic interference effectively, particularly in high-current networks

View more
- +
Condition: New

Product Overview: The SAS3GW-RFI is a rugged, high-quality 3-way splitter tailored for CATV and broadband headend deployments that demand robust radio-frequency performance and resistance to interference. This “RFI” variant is optimized for environments where electrical noise is present, offering improved hum modulation suppression—especially in high-current systems.

Features & Specifications

  • Frequency Range: Supports broadband signals from 5 MHz to 1,000 MHz, matching the performance of other Scientific-Atlanta 1 GHz passives.

  • Low Insertion Loss: Comparable to the SAS3G splitter, which exhibits around 6.3 dB insertion loss up to approximately 1 GHz.

  • Strong Return Loss: Engineered for superior performance—typical return loss is around 20 dB, with a minimum of 18 dB. Cisco

  • Enhanced RFI Rejection: Equipped with specialized design elements (like an AC bypass coil) to suppress hum and electromagnetic interference effectively, particularly in high-current networks

New Products View All