BGS8M2UKAZ Datasheet/PDFBGS8M2UKAZ is a high-powered RF amplifier appliance launched by Panasonic. It is widely used in various industries, especially in the dual-frequency communication and automobile industry. It can amplify the low-power signal of two or more frequencies with the same working principle and significantly reduce the cost of amplifying on the transmission line.
The BGS8M2UKAZ can support instantaneous power output of up to 30 W/60MHz with a frequency range of 860 MHz-precision frequency. It adopts high integration of mechanical and electrical components and the working principle of wide-band amplification, and the use of advanced microwave components such as high-gain transistors and U-type waveguide antenna. It can effectively amplify signals while meeting the shielding requirements.
The BGS8M2UKAZ is based on an ultra-high power output circuit which is designed with automatic power adjustment system based on feedback control. Under certain conditions, the system keeps the output power of the device within a certain range to ensure a stable and reliable operating temperature. At the same time, it can reduce the drain current to reduce the power consumption, and prolong the life of the device.
In addition, the BGS8M2UKAZ has excellent characteristics of frequency conversion. It can convert the frequency of a signal from low frequency to high frequency without losing any of its energy, resulting in higher power output. It has a wide operating temperature range of -40°C -85°C and does not require additional heating or cooling systems. Its compact structure and reliable design make it suitable for use in various complex environments.
Due to its advanced characteristics and reliable performance, the BGS8M2UKAZ has been widely used in the field of communications, automobile electronics, military, medical and other fields. The application of this device significantly improves the signal intensity of the transmission line, reduces the range of the signal interference, improves the stability and reliability of the system, and reduces the cost of the line.