FUBA OHV 201 2-Way Horizontal Splitter DC-Pass 5-2400MHz 22510167

Distributing a satellite or cable TV signal to two receivers often leads to signal loss and interference. The FUBA OHV 201 solves this by splitting the input signal evenly while maintaining high shielding and low insertion loss across the full 5-2400 MHz range. Its die-cast zinc housing and F-type connectors ensure reliable, long-term performance in DVB-T, DVB-C, and DVB-S/S2 installations.

Who is it for

This splitter is ideal for satellite and cable TV installers, as well as home users who need to feed two set-top boxes or TVs from a single antenna or LNB. The DC pass-through on one output allows remote powering of an LNB or preamplifier, making it suitable for both terrestrial and satellite systems.

Main features

• 2-way splitter with horizontal mounting orientation
• Frequency range: 5-2400 MHz, covering TV, radio, and satellite bands
• DC pass-through on one output (max 24 V / 500 mA) for powering active components
• Low insertion loss: 4.5 dB (5-862 MHz) and 6 dB (950-2400 MHz)
• High isolation between outputs (>20 dB) and return loss (>10 dB)
• Shielding factor >100 dB for interference-free signal distribution
• Die-cast zinc housing for durability and shielding
• F-type connectors (input and outputs) for standard coaxial cables

Specifications

• Product type: Signal splitter / distributor
• Number of outputs: 2
• Frequency range: 5 - 2400 MHz
• Input connector type: F-type
• Output connector type: F-type
• Impedance: 75 Ohm
• Insertion loss (TV/Radio): 4.5 dB (5-862 MHz)
• Insertion loss (SAT): 6 dB (950-2400 MHz)
• DC pass-through: Yes (on one output)
• DC pass voltage: Max. 24 V
• DC pass current: Max. 500 mA
• Isolation between outputs: >20 dB
• Return loss: >10 dB
• Shielding factor: >100 dB
• Housing material: Die-cast zinc
• Application: DVB-T, DVB-C, DVB-S/S2
• Mounting: Horizontal

Tips

When connecting multiple devices, ensure all unused outputs are terminated with 75 Ohm caps to maintain signal integrity. For satellite systems, connect the DC-powered device (e.g., LNB) to the output marked 'DC pass' to allow remote powering.