BLC10G18XS-360AVTZ

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The BLC10G18XS-360AVTZ is an avalanche transistor module manufactured by Abacus Technologies, and it forms part of the RF product range. It provides high power performance with up to 360 watts of output power. This module is typically used in power amplifiers and industrial applications.

Applications of BLC10G18XS-360AVTZ

The BLC10G18XS-360AVTZ is a versatile module used in a variety of applications. These include commercial and industrial radio or microwave communication systems such as cellular base stations, digital radio networks, satellite systems and radar. It can also be used in industrial applications such as medical imaging, material processing and high-power laser systems. Additionally, it is suitable for high power PA systems for airport and railway control applications, ground transportation, aircraft and other vehicles.

Working Principle of BLC10G18XS-360AVTZ

The BLC10G18XS-360AVTZ is a Field Effect Transistor (FET) which uses an avalanche breakdown mechanism to achieve high power ratings. It is an NPN transistor which features an avalanche breakdown that allows the module to withstand up to 60 volts at the drain voltage. This module is designed to operate in the 15 kHz – 18 GHz frequency range and is capable of providing outputs in the range of 23 - 28 dBm (25 W).

The BLC10G18XS-360AVTZ also features integrated EMI filters which reduce unwanted noise, thus allowing it to meet industry-standard requirements such as those from the Common Industry Standard Initiative (CISI). Additionally, its innovative design eliminates the need for high input power levels, allowing for lower drives, thus reducing power consumption.

Conclusion

The BLC10G18XS-360AVTZ is an RF NPN power transistor from Abacus Technologies that is well-suited for applications such as cellular base stations, digital radio networks, satellite systems and radar systems. It operates in the 15 kHz – 18 GHz frequency range and can deliver outputs of up to 360 watts. The device also features an avalanche breakdown mechanism to withstand higher voltages and integrated EMI filters to reduce noise. As a result, it is reliable, efficient and performs well in challenging environments.

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