RHT-PD8-0.005-1-NE 8 Way N Female Microstrip Power Divider Combiner 5-1000MHz
RHT-PD8-0.005-1-NE 8 Way N Female Microstrip Power Divider Combiner 5-1000MHz - Image 2
RHT-PD8-0.005-1-NE 8 Way N Female Microstrip Power Divider Combiner 5-1000MHz - Image 3
RHT-PD8-0.005-1-NE 8 Way N Female Microstrip Power Divider Combiner 5-1000MHz - Image 4
RHT-PD8-0.005-1-NE 8 Way N Female Microstrip Power Divider Combiner 5-1000MHz - Image 5
SKU: RHT-PD8-0.005-1-NE Categories: ,

RHT-PD8-0.005-1-NE 8 Way N Female Microstrip Power Divider Combiner 5-1000MHz

  • Flexible Operation – Splits one input into multiple outputs or combines multiple signals into a single channel.
  • High Isolation – Ensures minimal crosstalk for stable, independent signal transmission.
  • Low VSWR & Insertion Loss – Provides excellent matching, reducing reflection and maximizing efficiency.
  • Broad Frequency Coverage – Supports DC to 87 GHz for RF communication, testing, and measurement.
  • Rugged & Reliable – Compact, high-precision design with strong temperature resistance and long service life.

A power divider, also known as a power splitter, splits input signal power into multiple output ports. It can also be used in reverse as a combiner to merge multiple signals, offering a flexible solution for signal transmission and processing.

Its key advantage is precise signal control: the optimized design provides high port isolation to reduce crosstalk; low VSWR ensures minimal reflection and efficient transmission; and stable amplitude and phase balance deliver consistent multi-signal performance, meeting the demands of precision systems.

Product Features

  • Flexible distribution/combination: Distributes one signal to multiple channels or works in reverse as a combiner, adapting to various systems.
  • High isolation: Optimized design provides high isolation, reducing crosstalk and ensuring stable, independent signal transmission.
  • Low reflection & high efficiency: Low VSWR ensures good port matching, minimizing reflection and energy loss for efficient transmission.
  • Strong signal consistency: Stable amplitude and phase balance ensure synchronization and consistency in precision RF systems.
  • Excellent VSWR: Ideal for high-precision applications.
  • Wide frequency range: Meets testing and measurement needs across RF communication fields.
  • Reliable design: High temperature resistance, compact size, and fast response.

Series types

RF Power Divider

Microstrip Series:

  • Small size, low VSWR, low insertion loss, high isolation
  • Customizable for frequency ranges up to 60 GHz
  • Suitable for laboratory and production testing of RF communication products
  • Highly reliable with wear and corrosion resistance for long service life

Satellite Positioning Series:

  • Distributes and amplifies GPS/Galileo/GNSS signals to multiple GPS receivers
  • Provides DC power supply for GPS active antennas
Power divider-3

Resistor Series:

  • Customizable frequency range up to 60 GHz (DC–60 GHz)
  • Excellent electrical performance, designed to meet high-precision testing requirements

Connector Types

N, SMA, 2.92 mm, BNC, TNC

Application Scenarios

  • Communication field: satellite communication, wireless base stations, mobile communication, wireless communication, Wi-Fi networks, Bluetooth devices, radio and television.
  • Electronic equipment and systems: radar systems, avionics, electronic warfare.
  • Medical and test equipment: testing and measurement instruments, RF test equipment, network analyzers.
power divider
RF test equipment(1)

RF Power Divider/Combiner FAQ

Common configurations are 2-, 4-, and 8-way, with custom options up to 32-way.

Outdoor models require waterproof and rust-proof designs, typically with metal housings and rubber seals.

Select high-frequency versions supporting 6 GHz and above (e.g., labeled DC–6 GHz).

Check the rated power: standard models support up to 50 W, while high-power versions require heat sinks.

N, SMA, 2.92 mm, BNC, and TNC. Custom connectors are also available upon request.

Number of Ways

8 Way
Insertion Loss

≤3.6dB
Input VSWR

Typ.1.20/Max.1.30
Output VSWR

Typ.1.20/Max.1.40
Isolation

Typ.22dB/Min.18dB
Amplitude Balance

±0.5 dB
Phase Balance

±5°
Power Handling

0.5 W (as combiner), 1 W (as splitter)
Body Material

Aluminum Alloy
Surface Treatment

Sandblasting Natural Color Conductive Oxide
Cooling Method

Natural Convection
Dimensions

58*200*22mm
Number of Ways

8 Way

 Insertion Loss

≤3.6dB
Input VSWR

Typ.1.20/Max.1.30

 Output VSWR

Typ.1.20/Max.1.40
Isolation

Typ.22dB/Min.18dB

 Amplitude Balance

±0.5 dB
Phase Balance

±5°

 Power Handling

0.5 W (as combiner), 1 W (as splitter)
Body Material

Aluminum Alloy

 Surface Treatment

Sandblasting Natural Color Conductive Oxide
Cooling Method

Natural Convection

 Dimensions

58*200*22mm

Product Specification

Connector Type

N Female
Frequency Range

5-1000MHz
Impedance

50Ω
Operating Temperature

-35℃～+75℃
Color

Silver
Connector Type

N Female

 Frequency Range

5-1000MHz
Impedance

50Ω

 Operating Temperature

-35℃～+75℃
Color

Silver
Number of Ways

8 Way
Connector Type

N Female
Frequency Range

5-1000MHz
Insertion Loss

≤3.6dB
Input VSWR

Typ.1.20/Max.1.30
Output VSWR

Typ.1.20/Max.1.40
Isolation

Typ.22dB/Min.18dB
Amplitude Balance

±0.5 dB
Phase Balance

±5°
Impedance

50Ω
Power Handling

0.5 W (as combiner), 1 W (as splitter)
Operating Temperature

-35℃～+75℃
Body Material

Aluminum Alloy
Surface Treatment

Sandblasting Natural Color Conductive Oxide
Cooling Method

Natural Convection
Dimensions

58*200*22mm
Color

Silver