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8-Way Power Dividers

Yusntech Inc. offers a comprehensive range of high-performance 8-way RF power dividers designed for broadband and multi-band applications up to 40 GHz. Our products feature low insertion loss, excellent amplitude and phase balance, and high isolation between ports, ensuring stable and reliable signal distribution in demanding RF and microwave systems.
Custom designs, high-power handling, and multiple connector options (SMA, 2.92mm, N-type) are available to meet diverse system requirements.

Features

  • Wide frequency coverage from DC to 40 GHz
  • Low insertion loss with excellent port-to-port isolation
  • Tight amplitude and phase balance for coherent systems
  • High power handling up to 300 W (model dependent)
  • Custom design and OEM solutions available

Applications

  • Radar systems (surveillance, fire control, anti-drone)
  • Satellite communications & ground stations
  • RF test and measurement systems
  • Wireless infrastructure & DAS networks
  • Electronic warfare and defense systems
Model↑↓
Way
Freq.
(GHz)
IL.
(dB Max)
VSWR
(Max)
Isolation
(dB Min)
AmpBal
(dB Max)
PhBal
(° Max)
Power
(W)
Conn.
Inquiry
YS8RPDR2-DC-18-S8DC-186.0 1.90 /±1±120.2SMAInquiry
YS8WPD1-10M-R1-S80.01-0.10.81.416±0.3±51SMAInquiry
YS8WPD1-2-12-S82-122.51.616±0.3±51SMAInquiry
YS8WPD1-20M-1R3-S80.02-1.34.0 1.812±0.5±51SMAInquiry
YS8RPD2-DC-6-S8DC-69.0 1.50 18±2/2SMAInquiry
YS8WPD10-1-8-S81-82.51.617±0.5±810SMAInquiry
YS8WPD10-6-12-S86-121.2 1.45 18±0.3±410SMAInquiry
YS8WPD20-24-30-K824-302.51.620±0.5±8202.92 mmInquiry
YS8WPD20-30-40-K830-402.81.914±0.8±8202.92 mmInquiry
YS8WPD20-32-40-K832-403.52.0 14±1.0±10202.92 mmInquiry
YS8WPD20-R38-R48-S80.38-0.480.71.3518±0.3±520SMAInquiry
YS8WPD30-1-2-S81-20.71.320±0.2±330SMAInquiry
YS8WPD30-11-12R5-S811-12.51.81.518±0.3±530SMAInquiry
YS8WPD30-18-26-K818-26.52.41.814±0.5±6302.92 mmInquiry
YS8WPD30-1R3-1R6-S81.25-1.61.0 1.418±0.5±330SMAInquiry
YS8WPD30-2-18-S82-183.41.818±0.7±930SMAInquiry
YS8WPD30-2-4-S82-40.71.320±0.2±330SMAInquiry
YS8WPD30-2-8-S82-81.51.518±0.5±530SMAInquiry
YS8WPD30-2R2-2R7-S82.2-2.70.61.318±0.3±330SMAInquiry
YS8WPD30-3R5-4R5-S83.5-4.51.21.522±0.3±530SMAInquiry
YS8WPD30-4-8-S84-81.0 1.420±0.2±330SMAInquiry
YS8WPD30-6-18-S86-181.81.7517±0.5±530SMAInquiry
YS8WPD30-9-10-S89-101.81.518±0.3±530SMAInquiry
YS8WPD30-R3-2-S80.3-22.31.520±0.5±530SMAInquiry
YS8WPD30-R4-R8-S80.4-0.80.81.418±0.5±330SMAInquiry
YS8WPD30-R5-2-S80.5-21.51.420±0.4±430SMAInquiry
YS8WPD30-R5-6-S80.5-62.81.616±0.3±830SMAInquiry
YS8WPD30-R8-2R5-S80.8-2.51.21.420±0.5±430SMAInquiry
YS8WPD30-R95-1R8-S80.95-1.80.71.320±0.2±330SMAInquiry
YS8WPD50-2-6-S82-61.0 1.518±0.4±850SMAInquiry
YS8WPD50-R6-3R9-S80.6-3.92.51.416±0.3±850SMAInquiry
YS8WPD80-2-6-S82-61.0 1.518±0.4±880SMAInquiry
YS8WPD80-R1-1-S80.1-11.31.3515±0.2±580SMAInquiry
YS8WPD100-5R8-6R5-S85.8-6.50.91.518±0.3±5100SMAInquiry
YS8WPD100-7R1-7R25-S87.13-7.2450.91.518±0.3±5100SMAInquiry
YS8WPD150-6-6R5-S86-6.51.0 1.517±0.5±5150SMAInquiry
YS8WPD150-70M-R5-S80.07-0.51.0 1.712±0.2±3150SMAInquiry
YS8WPD160-2-4-S82-40.91.518±0.3±5160SMAInquiry
YS8WPD200-1-2R5-S81-2.50.91.516±0.3±5200SMAInquiry
YS8WPD200-1R2-1R4-S81.2-1.40.91.516±0.3±5200200 SMAInquiry
YS8WPD200-1R8-1R88-S81.805-1.880.9 1.418±0.2±4200SMAInquiry
YS8WPD200-2R7-3R2-S82.7-3.20.91.518±0.3±5200SMAInquiry
YS8WPD200-80M-1-S80.08-11.31.3515±0.2±5200SMAInquiry
YS8WPD250-R1-R4-S80.1-0.41.11.318±0.2±4250SMAInquiry
YS8WPD250-R4-1-S80.4-10.771.518±0.2±5250SMAInquiry
YS8WPD300-R87-1-N80.87-1.0050.61.318±0.2±3300N-TypeInquiry

FAQ

An 8-way RF power divider is used to split one input signal into eight equal outputs for signal distribution in RF, microwave, and communication systems.
It uses impedance matching networks (typically Wilkinson design) to evenly divide power while maintaining isolation and phase consistency.
These terms are often used interchangeably, but “power divider” usually implies better impedance matching and isolation.
Yes, if input signals are phase- and amplitude-matched, it can function as a power combiner.
The theoretical loss is 9 dB, excluding additional insertion loss from the device.
Typically 9 dB (theoretical) + 0.5–2.5 dB depending on frequency and design.
Good isolation is usually above 18 dB, with high-performance models exceeding 20 dB.
VSWR indicates impedance matching; lower values (e.g., ≤1.5) mean better performance.
It represents output power consistency across ports, typically within ±0.5 dB.
Phase balance ensures all outputs are in sync, critical for phased arrays and radar systems.
Consider frequency range, insertion loss, isolation, power rating, connectors, and balance specs.
2.92mm (K) connectors are ideal for up to 40 GHz applications.
Choose a rating above your system’s max input power, with safety margin.
Select a divider that fully covers your operating band with margin on both ends.
Wideband offers flexibility; narrowband provides better performance (lower loss, higher isolation).
Yes, they are widely used in phased array radar and signal distribution networks.
Yes, especially in sub-6 GHz and mmWave signal distribution.
They distribute RF signals to multiple channels or antennas in ground stations.
Yes, they are used for signal splitting in RF labs and automated test systems.
Yes, they help distribute signals across multiple antennas.
An 8-way divider splits into more outputs but has higher insertion loss (9 dB vs 6 dB theoretical).
Power dividers split signals evenly; couplers tap a portion of the signal.
Wilkinson offers low loss and high isolation; resistive has higher loss but wider bandwidth.
SMA is cost-effective up to ~18 GHz; 2.92mm supports higher frequencies up to 40 GHz.
N-type handles higher power; SMA is more compact for lower power systems.
Choose manufacturers offering full specs, test data, and customization options like Yusntech.
Yes, custom frequency, connectors, and power ratings are commonly available.
Standard models: 2–3 weeks; custom designs may take longer.
Yes, S-parameters and test data are usually provided.
Pricing depends on frequency, power, and performance; high-frequency models cost more.
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