G195BI15

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RF Accessories

G195BI15 is an RF accessory designed for use in a variety of applications. It is a wide-band, integrated design with a novel compact structure and multiple signal paths making it suitable for both high-power and low-power applications. The G195BI15 has a high-speed, small form factor and is easy to install and use in any system environment.

Applications

The G195BI15 is designed for use in a variety of RF applications. It is compatible with a variety of antennas, receivers, and transceivers, making it a great choice for applications such as:

• Personal communication systems
• Remote sensing and monitoring systems
• Command and control systems

The G195BI15 can be used in a myriad of other applications, such as wireless communication systems and radio navigation systems.

Working principle

The G195BI15 is designed to work by transferring energy from an RF source to an antenna. This is achieved through a waveguide-like structure. The G195BI15 comprises of a cavity made of a ferrite magnetic material and two parallel plates. These parallel plates, which act as the antenna, are connected to the waveguide through a gap. The gap allows RF energy to couple from the waveguide to the antenna plates. The transfer of energy between the waveguide and the antenna is regulated by the gap size and the dielectric constant of the ferrite.

The G195BI15 also features input and output ports for additional signal paths. These ports are terminated by impedance matching networks and have a band pass filter to ensure no interference between the two signal paths. The G195BI15 also incorporates an adjustable delay line to reduce crosstalk between the different signal paths. This adjustable delay line allows for an optimized level of performance for each application.

In essence, the G195BI15 is designed to enable the transfer of energy from an RF source to an antenna in multiple signal paths. This allows for high power and low power signals to be transmitted without interference between the two signal paths. The adjustable delay line also ensures that there is minimal interference even when multiple systems are used in close proximity.

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