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    Microstrip Power Divider 8 Way, 0.5~6 GHz

    SKU: PH-PD-8W056GHZ
    $204.19
    ● Critical RF component for microwave applications like GPS. ● Divides input signals into eight equal outputs using microstrip technology. ● Handles high-power RF signals with reliable performance and signal integrity. ● Functions bidirectionally as both a power splitter and combiner.
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    ⏱️ Delivery: 6-12 days
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    Overview

    This 8-way microstrip power divider is a robust and essential component designed for advanced radio frequency (RF) and microwave systems. Engineered with precision, it efficiently distributes an input signal across eight output paths with minimal loss, ensuring consistent signal integrity across a broad frequency range from 0.5 to 6 GHz. Its compact design and reliable performance make it an ideal solution for complex applications such as phased array antenna systems, GPS technology, and telecommunications infrastructure, where precise signal management is paramount.

    microstrip power divider 6 ghz feature

    Feature

    • A crucial component for efficient signal distribution in RF and microwave communication systems.
    • Serves dual functions as both a high-performance power splitter and a reliable power combiner.
    • Built with durable materials and sandblasting surface treatment for longevity and stable operation.
    • Compact and lightweight design allows for easy integration into existing system layouts.
     

    Details

    1. Base Material: Using stainless steel as the base material, stainless steel passivation treatment is employed to enhance oxidation resistance and conductivity.
    2. Appearance & Material: The housing adopts an aluminum alloy sandblasting and anodizing process, providing strong oxidation resistance.
    microstrip power divider 6 ghz detail

    Dimension (unit:mm)

    microstrip power divider 6 ghz dimension

    Radio Frequency (RF) Parameter Diagram

    microstrip power divider 6 ghz parameter diagram

    Specs
    Frequency Range 0.5 ~ 6 GHz
    Insertion Loss ≤ 2.8 dB (Excluding Theoretical Loss of 9.0 dB)
    Input Standing Wave Typ. 1.18 / Max. 1.40
    Output Standing Wave Typ. 1.13 / Max. 1.25
    Isolation Typ. 26 dB / Min. 18 dB
    Amplitude Balance ± 0.4 dB
    Phase Balance ± 5°
    Impedance 50 Ohms
    Port Connector SMA-Female
    Withstand Power 30W (Splitter) / 2W (Combiner)
    Working Temperature -35℃ ~ +75℃
    Dimension 113 x 115 x 12 mm
    Weight Approx. 334 g
    Application
      Astronomical Radio Telescope

    Astronomical Radio Telescope

    Rural Agricultural Monitoring

    Rural Agricultural Monitoring

    Urban Security Monitoring

    Urban Security Monitoring

    Residential Satellite Reception

    Residential Satellite Reception

    FAQ

    Q1: How is this component used in phased array systems?
    A: In phased array systems, this power divider is essential for splitting a single input signal into multiple coherent output signals. These signals are then fed to individual antenna elements. By precisely controlling the phase of each signal, the system can electronically steer the direction of the radio wave beam without moving the antennas, a process known as beamforming.

    Q2: What does "amplitude balance" mean for a power divider?
    A: Amplitude balance refers to how equally the input signal's power is divided among all output ports. A specification of ±0.4 dB means the signal strength at each output port will be virtually identical, with a maximum variation of less than half a decibel. This uniformity is critical for system performance.

    Q3: What are the key factors for integrating this into an existing system?
    A: The primary factors are frequency range compatibility, connector type (SMA-Female), and system impedance (50 Ohms). You must also consider the power handling limits for your application (30W as a splitter, 2W as a combiner) and ensure the physical dimensions fit your assembly layout.

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