All Categories
    Menu Close

    Coaxial Power Divider 2 Way, 0.5~6 GHz

    SKU: PH-PD-2W056GHZ
    $81.99
    ● A broad frequency range of 0.5 to 6 GHz. ● Low insertion loss and excellent isolation for minimal signal degradation and reduced interference between ports. ● Precision engineered with robust SMA-Female connectors. ● Compact and lightweight aluminum housing.
    🚚 Free shipping
    ⏱️ Delivery: 6-12 days
    🔙 30-day Returns
    Overview

    The PowerHome 2-Way Coaxial Power Divider (0.5-6 GHz) provides an efficient, low-loss solution for standard wireless communication bands. Its streamlined internal layout guarantees consistent amplitude tracking and phase matching, minimizing signal degradation during 1-to-2 splitting or combining phases. Equipped with standard SMA-Female interfaces, this passive RF splitter is perfect for test bench signal routing, antenna comparison arrays, LTE network expansion, and multi-device laboratory calibration environments.

    Power divider 2 way 6 ghz feature

    Feature

    • Distributes input signals into two equal-amplitude output paths from 0.5 to 6 GHz.
    • Features robust SMA-Female connectors for secure and repeatable connections.
    • Compact and lightweight sandblasted aluminum housing for easy integration.
    • Designed for reliable operation in temperatures from -40°C to +75°C.
     

    Details

    1. Connector: Using pure brass as the base material, the connector employs gold plating for enhanced oxidation resistance and conductivity.
    2. Appearance & Material: The housing uses sandblasted and anodized aluminum alloy, offering strong oxidation resistance.
    Power divider 2 way 6 ghz detail

    Dimension (unit: mm)

    Power divider 2 way 6 ghz dimension

    Radio Frequency (RF) Parameter Diagram

    Power divider 2 way 6 ghz parameter diagram

     

    Specs
    Frequency Range 0.5 ~ 6 GHz
    Insertion Loss ≤ 1.0 dB (excluding theoretical 3.0 dB loss)
    Input VSWR Typ. 1.25 / Max. 1.30
    Output VSWR Typ. 1.12 / Max. 1.20
    Isolation Typ. 23 dB / Min. 20 dB
    Amplitude Balance ≤ 0.3 dB
    Phase Balance ± 3°
    Impedance 50 Ohms
    Port Connector SMA-Female
    Power Handling 30 W (Splitter) / 2 W (Combiner)
    Operating Temperature -40°C ~ +75°C
    Dimensions 53.4 x 34.4 x 13 mm
    Weight 50 g
    Application
    Commercial Mall 5G Coverage

    Commercial Mall 5G Coverage

    Urban Security Monitoring

    Urban Security Monitoring

    Mountain Radar Station

    Mountain Radar Station

    Rural Agricultural Monitoring

    Rural Agricultural Monitoring

    FAQ

    Q1: What is the primary function of this power divider?
    This device is designed to split a single input radio frequency (RF) signal into two separate output signals with equal power. It can also function in reverse to combine two signals into one.

    Q2: How do I select the right power divider for my application?
    Key factors to consider are the required frequency range, power handling capacity, insertion loss, isolation between ports, and the type of connectors. Ensure the divider's specifications match your system's operational needs.

    Q3: What is the difference between using it as a splitter versus a combiner?
    When used as a splitter, one input signal is divided into two outputs. When used as a combiner, two input signals are merged into one output. Note that the power handling rating differs for each mode (higher for splitting).

    Q4: Can this component be used outdoors?
    Yes, its housing is robust and it operates across a wide temperature range (-40°C to +75°C), making it suitable for various environmental conditions. Ensure connectors are properly protected from moisture.

    5.0 1
    Write your own review Close
    *
    *
    Luke | 6/8/2026 9:03 AM
    Reliable Performance for RF Lab Use
    I’m using this 0.5–6 GHz coaxial power splitter in my RF lab setup. It has a compact and solid aluminum body, and the SMA connectors fit securely. Signal performance is stable with low loss and good isolation, and everything works as expected in normal testing conditions. A dependable choice for broadband and communication experiments.