BGS8358Z

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With the development of communication technology, the RF amplifiers play an important role in the communication system. BGS8358Z is one type of RF amplifiers, which is applied in medical, radar, cellular mobile communication and other fields. This paper will discuss the application field and working principle of BGS8358Z.

BGS8358Z has a high power rating and accuracy, and its advantages are as follows:

• Small size, Low Cost.
• High output linearity.
• Low power consumption and high efficiency.
• Wide operating band.
• Smart power supply.

Due to united stated microwave components standard requirement, BGS8358Z is widely applied in the US for microwave communications, audio-video systems, radar, medical, cellular mobile communication, etc. In the audio-video systems, BGS8358Z is used to supply amplified power to the loudspeaker, TV sets, radios, amplifiers, etc. In the radar system, BGS8358Z amplites the tiny echo signals from the target up to a measurable level, such as fighter or tank.In the medical field, BGS8358Z is applicable in Magnetic Resonance Imaging (MRI) to provide necessary amplified power.

BGS8358Z consists of two modules, namely power amplifier and automatic gain control (AGC). Power amplifier is a kind of device that can receive a small signal and convert it into a high power signal, while AGC is a kind of device that can automatically adjust the power output. Both of them are necessary for BGS8358Z, as they can generate high output power and stable performance. The working principle of BGS8358Z is that the small signal sent by the signal source is firstly amplified by the power amplifier, and then the amplified signal is sent to the AGC for modulation. The AGC will then adjust the signal power to an ideal level, which will be the output of BGS8358Z.

In conclusion, BGS8358Z is a type of RF amplifiers widely applied in medical, radar, cellular mobile communication and other fields. It has a high power rating, low cost, high output linearity and low power consumption. Its working principle is to amplify the signal from the signal source by the power amplifier, which will then be modulated by the AGC to an ideal level before being output as the final signal.

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