Passive 2-Way Splitter

Bidirectional passive RF device for professional telecommunications, SATCOM, GNSS, and broadcast

Operating charateristics

• Operating frequency range: 700 – 2700 MHz
• Power division: 2-way (splitter/combiner)

RF performance:

• Theoretical Loss: 3 dB
• Insertion Loss: 0.3 dB ± 0.2 dB
• Flatness: ±0.25 dB
• Isolation: typ. 24 dB, 20 min
• Return loss: input: typ. 20 dB, 16 min - output: typ 26 dB, 18 min
• Phase Balance: typ. 1°, 2 max

Electrical performance:

• Max RF Power: 25 W (in Phase signals)
• 10 MHz Pass: Loss 2 dB typ. 3 max (see options)
• 10 MHz Block: Loss 45 dB typ. 40 min (see options)

Hardware configurations:

• Impedance: 50 Ω or 75 Ω (depending on version)
• Available connectors: N, SMA, F

Construction and environment:

• Aluminum structure
• Weight: ~200 g
• Indoor and outdoor IP67 version (rain-proof)
• Operating temperature: -50°C / +80°C
• Humidity: up to 90% non-condensing
• Operating altitude: up to 4000 m

Compliance:

• RoHS compliant
• Lead-free
  
  

Bidirectional RF signal distribution nd management:

• splitter mode: distribution of one RF signal over two lines
• combiner mode: combination of two RF signals into a single output

Selective auxiliary signal management:

• DC power (bias) pass-through or blocked
• 10 MHz reference signal pass-through or blocked

Available operating configurations:

• P0: 2 ways with DC & 10 MHz Block
• P1: 1 way with DC & 10 MHz Block - 1 way with DC & 10 MHz Pass
• P2: 2 ways with DC & 10 MHz Pass
• P02: 2 ways DC Block & 2 ways 10 MHz Pass

10 MHz reference signal distribution:

• routing of 10 MHz reference signal to one or both ways, depending on the selectioned configuration
• suitable for system requiring reference signal synchroniztation

Integration flexibility:

• availability of 50 Ω and 75 Ω versions for integration into different RF systems
• N, SMA and F connector options for different installations requirements

High design flexibility

• a single device for splitting and combining functions
• configurations adaptable to different system scenarios

Simplified integration

• compatibility with various RF standards and connectors
• easy integration into existing infrastructures

Advanced signal management

• control of DC pass-through and 10 MHz reference
• ideal for synchronized systems and remote powering

Reduced system complexity

• fewer components required
• simpler and tidier cabling

Operational reliability

• stable operation even in severe environmental conditions
• versions suitable for indoor and outdoor installations

Quality and continuity of service

• stable signal transmission in critical applications
• suitable for professional infrastructures (telecommunications, satellite, broadcast)