Johansson 4522 Coaxial TAP 2 Outputs – 5-2300 MHz, 20 dB Insertion Loss & DC Pass
Johansson 4522 Coaxial TAP 2 Outputs – 5-2300 MHz, 20 dB Insertion Loss & DC Pass
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Description
Description
The Johansson 4522 is a TAP-type coaxial distribution component with 1 input and 2 tap outputs. At 20 dB insertion loss and 30 dB port isolation, it is designed for use at later stages of a distribution cascade, providing two subscriber drops where residual signal levels can support a higher tap extraction value.
DC pass capability lets supply voltage travel through the coaxial cable, enabling direct powering of active antenna components such as masthead amplifiers or LNBs without a separate supply run.
Key Features
- TAP configuration: 1 input, 2 outputs
- Frequency range: 5–2300 MHz, covering terrestrial, satellite, and DOCSIS bands
- DC pass on the input port
- Insertion loss: 20 dB
- Isolation between output ports: 30 dB
- Return loss on input and output: 10 dB
Product Benefits
- 20 dB tap value fits positions further down a distribution cascade where earlier taps have reduced the trunk signal level
- 30 dB isolation provides effective separation between the two tap outputs and the through path
- Two simultaneous outputs serve dual subscriber drops from a single component, avoiding a separate downstream splitter
- Wide 5–2300 MHz bandwidth handles all standard broadcast, satellite, and broadband frequencies in one passive unit
Technical Specifications
- Model: Johansson 4522
- Type: TAP splitter
- Inputs: 1
- Outputs: 2
- Frequency Range: 5–2300 MHz
- Insertion Loss: 20 dB
- Isolation: 30 dB
- Return Loss (in/out): 10 dB
- DC Pass: Yes
Why You'll Love It
- Sits between the 4521 (15 dB) and 4523 (25 dB) in the Johansson 452x series, completing the range for precise cascade budget design
- The 30 dB isolation matches the higher-loss models in the series, maintaining consistent port separation across the product line
- Two outputs mean a single component handles a dual-subscriber tap point in deeper cascade positions
- DC pass maintains the active antenna power path through the unit without any extra hardware
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