GFR4C13100

Series:	*
Part Status:	Active

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GFR4C13100 is a type of RF power amplifier module designed for use in cellular base station systems. Its main applications are in GSM transfer station, LTE uplink, TD-SCDMA, WiMAX, and 3G base station systems. The radio frequency (RF) power amplifier module uses Gallium Arsenide Field Effect Transistors (GaAs FET) as its primary active elements.The GFR4C13100 has a 0.25W maximum gain which contributes to improved system operation and efficiency. Its GSM-TX output power is adjustable from -18 dBm to 5 dBm. Its frequency range is 800 MHz to 950 MHz, and its maximum output power is 35 dBm. Its operating voltage range is +15V to +17V with a single power supply.This RF power amplifier module’s working principle is based on the principles of semiconductor physics and device design. It uses signals from an antenna to control a transistor\'s gate, which is connected to a ground plane. When a current flows through the transistor, electrons move from the energy source to the transistor\'s gate. This generates a voltage across the transistor, producing a signal. The signal is then amplified using a power amplifier.The GFR4C13100 is a highly reliable power amplifier module that provides excellent performance in wireless communication systems. Its powerful signal processor and amplifier allow it to provide high quality, low-noise, and wide-band control signals. It also has excellent linearity and stability. The GFR4C13100 is suitable for signal processing applications like GPRS and EDGE uplink, as well as for commercial and military applications.The GFR4C13100 is a high power RF amplifier module designed for use in cellular base station systems. Its primary applications are in GSM transfer station, LTE uplink, TD-SCDMA, WiMAX, and 3G systems where superior linearity and performance are required. Its frequency range is 800MHz to 950MHz, with a maximum output power of 35dBm. It uses Gallium Arsenide Field Effect Transistors (GaAs FET) as its active elements. Its working principle is based on the principles of semiconductor physics and device design. Signal processing is achieved through its signal processor and amplifier. The GFR4C13100 is capable of providing excellent linearity, stability, and wide-band control signals to optimize service quality and system optimization. Its reliability and performance make it an ideal choice for wireless communication systems.

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