BGA2716,115 RF/IF and RFID

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Frequency:	50MHz ~ 3.6GHz
P1dB:	8.9dBm
Gain:	22.9dB
Noise Figure:	5.3dB
RF Type:	ISM
Voltage - Supply:	5 V ~ 6 V
Current - Supply:	15.9mA
Test Frequency:	1GHz
Package / Case:	6-TSSOP, SC-88, SOT-363
Supplier Device Package:	6-TSSOP

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RF Amplifiers RF amplifiers, also known as radio frequency amplifiers, are devices that are used to amplify low-power signals that are transmitted radio frequency (RF) waves. They are a critical component of any wireless communication system, namely in the area of modulated signal transmission through an antenna. RF amplifiers can be used for both commercial and military electronic systems. Due to its importance, it is vital to understand the working principle and application fields of an RF amplifier. This article seeks to explain the application fields and working principle of the RF amplifier bearing the model number BGA2716,115. It is a high power, linear, wideband amplifier intended to be used in high performance phased array radar applications. This amplifier has a maximum input stop of 5.2 GHz and a gain of 38dB.The working principle of an RF amplifier is quite simple. In general, it is an electrical device that amplifies a lower power input signal to a larger output power without distortion. It takes the form of an integrator, that is, current signals get accumulated in a circuit. The accumulation flows through the active device, amplifying the signal while preserving its waveform. To achieve this, RF amplifiers contain two major components – an inductor-capacitor (LC) circuit, that is, the tank circuit, and a linear active device such as a BJT or a MOSFET.An important application field of BGA2716,115 is phased-array radars. This type of radar makes use of a plurality of antennas mounted in pairs around the transmitter and receiver. The individual antennas must be connected in a specific manner which will transmit the signal coherently, or else the transmission will become distorted. BGA2716,115 is ideal for use in this situation because of its ability to provide a high power and linear spectral signal in a wideband.Another application field of BGA2716,115 is large signal amplification. These amplifiers can be employed in a variety of communication systems ranging from military grade to base station and communication devices. Due to its features of phased-array, linear, and wideband signal support, it is capable of delivering large signal levels. Aside from communication systems, BGA2716,115 is also ideal for test and measurement applications. An RF amplifier is required to turn high frequency signals into a form which can be accurately measured. BGA2716,115 is ideal as its amplification provides stable, linear, and accurate signal readings which becomes essential when taking readings on communication systems and medical devices.In conclusion, the working principle of an RF amplifier and its application fields depend on the purpose of the device. The BGA2716,115 is a high powered linear wideband amplifier with capabilities used in phased array radar, large signal amplification, and test and measurement. Its features make BGA2716,115 an ideal RF amplifier choice for a variety of different environments.

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