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16-Way Power Dividers

Home » Power Dividers & Combiners » 16-Way Power Dividers

Yusntech Inc. provides high-performance 16-way power dividers for RF and microwave signal distribution. Designed for stable and uniform signal splitting, these dividers feature low insertion loss, good amplitude balance, and high port isolation.

They are widely used in demanding RF systems including communications, radar, and test environments. Flexible design and full OEM capability allow customization in frequency, power handling, and connector types to meet specific project needs.

Features

  • Low insertion loss for efficient signal distribution
  • Excellent amplitude and phase balance
  • High isolation between output ports
  • Wideband design with flexible configurations
  • Custom design and OEM support available

Applications

  • Radar and electronic systems
  • Wireless communication infrastructure
  • RF test and measurement
  • Signal distribution networks
  • Aerospace and defense systems
Model↑↓
Way
Freq.
(GHz)
IL.
(dB Max)
VSWR
(Max)
Isolation
(dB Min)
AmpBal
(dB Max)
PhBal
(° Max)
Power
(W)
Conn.
Inquiry
YS16WPD1-1-4-S161-41.71.518±0.5±51SMAInquiry
YS16WPD1-2-8-S162-82.0 1.617±0.5±51SMAInquiry
YS16WPD1-20M-1R3-S160.02-1.33.51.812±0.5±81SMAInquiry
YS16WPD1-8-18-S168-182.41.816±0.5±81SMAInquiry
YS16WPD10-12-18-S1612-183.0 2.0 15±0.8±810SMAInquiry
YS16WPD10-2-18-S162-183.61.814±1.2±1010SMAInquiry
YS16WPD10-4-8-S164-82.0 1.518±0.4±610SMAInquiry
YS16WPD10-9-9R7-S168.98-9.651.51.2518±0.3±410SMAInquiry
YS16WPD10-R7-12-S160.7-124214±0.8±810SMAInquiry
YS16WPD30-2-18-S162-183.0 1.814±1.2±1030SMAInquiry
YS16WPD30-6-18-S166-183.0 1.818±0.5±830SMAInquiry
YS16WPD30-8-18-S168-183.51.616±0.4±630SMAInquiry
YS16WPD30-R5-4R5-S160.5-4.53.21.618±0.5±530SMAInquiry
YS16WPD160-2-4-S162-41.21.518±0.3±5160SMAInquiry

FAQ

A 16-way power divider is an RF/microwave component that splits one input signal into 16 equal or specified output signals, widely used in antenna arrays, radar systems, satellite communication, and RF testing systems.
In RF engineering, power divider and power splitter are often used interchangeably. However, “divider” is more commonly used in microwave design, while “splitter” is more common in system-level applications.
A 16-way power divider can be designed for various frequency bands such as L-band, S-band, C-band, X-band, or even millimeter-wave applications depending on the structure (microstrip, stripline, or waveguide).
Insertion loss refers to the signal power loss when passing through the divider. In an ideal 16-way split, theoretical loss is about 12 dB plus additional design loss.
Isolation ensures minimal signal leakage between output ports, which improves system stability, reduces interference, and is critical in phased array antenna systems.
Yes. A 16-way power divider can function as a power combiner when used in reverse direction, commonly in transmitter amplification systems.
Phased array radar systems Satellite communication ground stations 5G/6G antenna distribution systems Microwave test and measurement setups Electronic warfare (EW) systems
Phase balance ensures all output signals maintain consistent phase difference, typically within ±5° to ±10°, depending on system requirements.
Common RF connector types include: | SMA | N-type | 2.92mm / 3.5mm (high frequency) | Waveguide interfaces (for high-power systems)
Yes. Many manufacturers (including Yusntech Inc.) provide OEM/ODM customization for frequency, power handling, connector type, and housing design.
Power handling depends on design: | Low power: 1–10W (typical lab systems) | Medium power: 50–200W | High power waveguide designs: up to kW-level
Amplitude balance refers to how evenly input power is distributed across all 16 outputs, typically within ±0.5 dB to ±1 dB.
Microstrip: compact, low cost, | suitable for PCB-based systems | Waveguide: high power, low loss, used in radar and satellite systems
Key selection factors: | Operating frequency range | Insertion loss | Isolation level | Power handling | Connector type | Size and mounting requirements
Theoretical splitting loss is about 12 dB, plus additional 1–2 dB depending on design and frequency band.
Yes. They are a core component in phased array feeding networks to distribute signals evenly to multiple antenna elements.
| Aerospace & Defense | Satellite Communication | Telecom Infrastructure (5G/6G) | Automotive Radar Systems | RF Test & Measurement
Standard designs operate from -40°C to +85°C, while military-grade versions may support wider ranges.
Yes. They are passive and reciprocal, meaning performance is similar in both directions (divider or combiner mode).
Return loss indicates impedance matching quality. Higher return loss (e.g., >15 dB or >20 dB) means better signal integrity and lower reflections.
Yes, broadband designs can cover multi-octave frequency ranges depending on architecture and manufacturing method.
| Equal: same power output on all ports | Unequal: designed for specific power distribution ratios
Yes, manufacturers like Yusntech Inc. typically provide full datasheets including S-parameters, frequency response, and mechanical drawings.
Size depends on technology: | PCB microstrip: compact module | Waveguide: larger, heavy-duty enclosure
Yes. Proper shielding reduces electromagnetic interference (EMI) and improves isolation and signal integrity.
Standard products: 2–4 weeks Custom OEM designs: 4–8 weeks depending on complexity
Companies like Yusntech Inc. offer global OEM/ODM services for RF/microwave power dividers used in telecom, radar, and defense systems.
Yes, multiple dividers can be cascaded to achieve 32-way, 64-way or larger distribution networks.
It enables precise multi-channel signal distribution with controlled phase, amplitude, and low loss in complex RF systems.
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