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Ultra Wideband 500-6000MHz 100W Solid State Power Amplifier RF Module SSPA for 5G & EMC Testing
SSPA

Ultra Wideband 500-6000MHz 100W Solid State Power Amplifier RF Module SSPA for 5G & EMC Testing

This is a high-performance solid-state power amplifier leveraging state-of-the-art GaN technology, operating from 0.5 to 6GHz with up to 100W saturated output power and 51dB gain. It offers excellent linearity and harmonic suppression, supporting continuous wave, pulse, and high-order modulated signals. Ideal for 5G, LTE, WiFi, EMC testing, military communications, and radar systems, this amplifier features comprehensive protection against over-temperature, over-current, and over-VSWR conditions. Housed in a compact alloy enclosure with IP67 waterproof rating, it is built for reliability in demanding environments.

    This is a broadband high-power RF amplifier module engineered with advanced Gallium Nitride (GaN) technology, designed to meet the demands of modern wireless communication and testing applications. Operating across the 0.5–6GHz frequency range, it delivers up to 100W of saturated output power and 51dB gain, with outstanding linearity and low harmonic distortion, making it capable of handling continuous wave, pulsed signals, and wide instantaneous bandwidth modulated waveforms with high efficiency.

    This GaN power amplifier is ideally suited for 5G, LTE, and WiFi systems, where it enhances signal coverage and transmission quality. In EMC testing environments, its high output power and excellent spectral purity make it an ideal choice for radiated immunity and conducted emission tests. Additionally, the amplifier is widely used in military communications, electronic warfare, radar, and satellite communication systems that require broad bandwidth and high reliability.

    The module features a forced-air cooling system, operates within a temperature range of -10°C to +55°C, and boasts an IP67 waterproof rating, ensuring durability in harsh conditions. It includes comprehensive protection mechanisms such as over-temperature, over-current, and over-VSWR protection, safeguarding the amplifier during operation. Control and power supply are facilitated through a D-Sub connector, supporting remote enable/disable and real-time status monitoring for easy system integration.

    Frequency range

    0.5-6GHz

    Saturated Output Power

    dBm

    Typ./Min.

    51/49@ Pin=0dBm

    P1dB

    dBm

    Typ./Min.

    47/44

    Gain

    dB

    Typ./Min.

    51/49@ Pin=0dBm

    Gain Flatness

    dB

    Typ.

    ±2.5@ Pin=0dBm

    Small Signal Gain

    A

    Typ.

    64@ Pin=-40dBm

    Small Signal Gain Flatness

    :1

    Typ.

    ±3.5@ Pin=-40dBm

    Isolation@ Disable Status

    Typ.

    90

    Input Power

    dBm

    Typ.

    0

    2nd Harmonic Suppression

    dBc

    Typ./Max.

    -20/-15@ Pout=45dBm

    3rd Harmonic Suppression

    dBc

    Typ./Max.

    -25/-20@ Pout=45dBm

    Spurious Suppression

    dBc

    Typ./Max.

    -70/-65@ Pout=45dBm

    Input VSWR

    :1

    Typ./Max.

    1.5/2

    Supply Voltage

    V

    Typ.

    32

    Power Consumption

    W

    Typ./Max.

    550@ Pin=0dBm

    Input Power

    Pin≤10dBm (Input RF level without damage)

    Load VSWR

    VSWR≤3:1 (The power amplifier is undamaged)

    Thermal Degradation

    75℃

    RF Connector

    Input: SMA [F]; Output:TYPE N [F]

    Power supply Connector

    D-Sub 7W2

    Control Connector

    D-Sub 7W2

    Dimension

    mm

    276.0x206.5x100.0 (LxWxH) (tolerance: ±0.5)

    Weight

    g

    Max.

    6000

    Finishing

    Alloy iridite

    Temperature

    Operating: -10℃~+55℃; Storage: -40℃~+75℃

    Heat Dissipation

    Unit is cooled by air-forced condition

    Waterproof Drade

    IP67

    Environmental

    N/A

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