5 MHz–6 GHz RF Power Amplifier 5 V DC 20 DB Gain RF Module with SBB5089 Original Chip and Type-C Interface

Product Features:1. Utilises the genuine SBB5089 chip, ensuring stable and reliable performance2. Ultra-wide frequency band of 5 MHz–6 GHz, providing extensive coverage3. Typical gain of 20 dB, with gentle attenuation in the high-frequency range4. Compact design with high integration5. Wide range of applications, extensively used in communication fields such as wireless communications and RF testingProduct Description:The module utilises the genuine SBB5089 chip, which is widely used both domestically and internationally. Owing to its wide frequency bandwidth, high P1dB output power and minimal NF variation across the frequency range, this module is extensively employed in the communications sector.Product Specifications:Power Supply: DC 5VOperating current: 75mA (TYPE-C)Frequency: 5MHz–6GHzSystem impedance: 50ΩGain: 20dB (decreases slightly with increasing frequency)Maximum input power: 24dBmMaximum P1dB output power: 20.5dBm @ 850MHzRF input power, CW, 50 Ω, T=25°C: +24 dBmDevice current (Ic): 100mADissipation power (W): 0.55 WStorage temperature: -55 to +150°CPCB dimensions: 22mm x 30mm x 1.6mm (excluding connectors)Product contents:1 x modulePrecautions for using the RF module:(1) Connect the output load or the next stage first before applying power; do not leave the output floating during operation(2) The bandwidth and gain of the RF amplifier are not constant; please be aware of this! The bandwidth specified for an RF amplifier generally refers to the range within which gain can be achieved; specific values for gain or flatness are not usually provided. During operation, gain will decrease as the bandwidth frequency increases;(3) For the in-band flatness of the RF amplifier, the buyer must provide the required specifications so that the amplifier can be selected and tuned accordingly;(4) The gain and bandwidth of the RF amplifier are closely related to the bias inductance and the input/output coupling capacitance. Please be aware that a single set of parameter values may not be compatible with the nominal frequency band!