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IDEAL 85-332 Image 1

IDEAL 85-332 2-WAY 2 GHZ SPLITTER

MFR Part #: 85-332
SKU #: 1058440
Brand: IDEAL®
UPC: 783250853328
IDEAL® 85-332 2-Way High Performance Digital Cable Splitter, Female Connection
(2) Phillips/Slotted Head Mounting Screws
HD Cable and Satellite TV
RoHS Compliant

IDEAL® Digital Cable Splitter, 2-Way High Performance, Female Connection, 75 Ohm Impedance

High performance 2.4 GHz Digital Splitters are used for splitting a single coax line into 2, 3, or 4 lines. These splitters are designed for applications that operate in the 5 MHz to 2.4 GHz range, which include: Satellite, Digital/HD Cable TV, Broadcast (over the air) TV, CCTV, and other general purpose coaxial cable splitting requirements. Splitters support the 1 Ghz to 2.4 GHz frequency range for satellite and on-demand cable television services.

Product Details

IDEAL® Digital Cable Splitter, 2-Way High Performance, Female Connection, 75 Ohm Impedance

High performance 2.4 GHz Digital Splitters are used for splitting a single coax line into 2, 3, or 4 lines. These splitters are designed for applications that operate in the 5 MHz to 2.4 GHz range, which include: Satellite, Digital/HD Cable TV, Broadcast (over the air) TV, CCTV, and other general purpose coaxial cable splitting requirements. Splitters support the 1 Ghz to 2.4 GHz frequency range for satellite and on-demand cable television services.

Attributes

Connection TypeFemale
Country Of OriginChina
Impedance75 Ohm
Type2-Way High Performance

Features

  • HD compatible performance splitters
  • For applications from 5 MHz to 2.4 GHz
  • Low insertion loss maintains signal integrity
  • Internal PCB design
  • Two grounding screws eliminate the need for grounding block
  • For best system performance, choose a splitter with the minimum needed number of ports
  • Terminate any unused splitter ports and wall plates with F Terminators
  • Raised back mounts easily over cable for routing options
  • Splits 1 input signal into 2 balanced output signals
  • Internal printed circuit board for improved electrical performance

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