SBB5089zRF 20dB Gain RF Module 5MHz-6GHz RF Power Amplifier RF Preamplifier for Wireless Communication RF Testing Scenarios

Quantity : 1 High-concerned chemical : none Package : SOP is_d : Yes Supply Voltage : DC 5V Type : Module Brand Name : DIY NOW Origin : Mainland China Condition : New Power Supply : DC 5V Operating Current : 75mA (TYPE-C) Frequency : 5MHz-6GHz System Impedance : 50Ω Gain : 20dB (decreases with increasing frequency) Maximum Input Power : 24dBm Maximum Output Power P1dB : 20.5dBm@850MHz RF Input Power : CW, 50 Ω, T=25°C: +24 dBm Device Current (Ic) : 100mA Power Dissipation (lbs) : 0.55 W Storage Temperature : -55 to +150°C

Features: 1. Adopting SBB5089 original chip, stable and reliable performance 2. Ultra wideband 5MHz-6GHz, with wide coverage 3. Typical gain of 20dB, smooth attenuation in high frequency range 4. Compact design with high integration 5. Wide application range, widely used in communication fields such as wireless communication and RF testing scenarios Product Introduction The module adopts the original SBB5089 chip, which has been widely used both domestically and internationally. Due to its wide frequency bandwidth, high P1dB output power, and small NF passband fluctuation, this module is widely used in the field of communication. parameters: Power supply: DC 5V Working current: 75mA (TYPE-C) Frequency: 5MHz-6GHz System impedance: 50 Ω Gain: 20dB (decreases with increasing frequency) Maximum input power: 24dBm Maximum output power P1db: 20.5dBm@850Mhz RF input power, CW, 50 Ω, T=25 ° C:+24 dBm Device current (Ic): 100mA Dissipative power (pounds): 0.55 W Storage temperature: -55 to+150 ° C PCB size: 22mm * 30mm * 1.6mm without connectors Product List: 1X module Precautions for using RF module: (1) Connect the output load or the next level first, and do not suspend the output during use when supplying power (2) RF amplifier bandwidth and gain are not constant, please be aware! The bandwidth generally labeled for RF amplifiers refers to the achievable gain within this bandwidth, and specific values for gain and flatness are generally not given; During use, the gain will decrease with the increase of bandwidth frequency; (3) The in band flatness of the RF amplifier requires the buyer to provide specifications in order to select and adjust the amplifier; (4) The gain and bandwidth of RF amplifiers are closely related to the bias inductance and input-output coupling capacitance. One parameter value cannot be compatible with the nominal frequency band. Please be aware!

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