Transmitting Systems
Transmitting Systems
TR - ATR - Circulators - Directional Couplers-1
The ferrite material in a circulator is used as a(an):
Tags: none
In a circular resonant cavity with flat ends, the E-field and the H-field form with specific relationships. The:
Tags: none
A ferrite circulator is most commonly used in what portion of a RADAR system?
A ferrite circulator is most commonly used in the duplexer portion of a RADAR system.
The duplexer is a device that allows the sharing of a single antenna between the transmitter and receiver in a RADAR system. It enables the transmission of high-power pulses from the transmitter while providing isolation to protect the receiver from the transmitted energy.
A ferrite circulator is a key component within the duplexer. It utilizes the unique properties of ferrite material to control the flow of RF signals. The ferrite circulator facilitates the separation of the transmitted and received signals, ensuring that the high-power transmitted pulse is directed towards the antenna while allowing the weaker echo signals from the target to be received by the receiver.
The circulator accomplishes this by utilizing the non-reciprocal properties of ferrite material, which allow signals to flow in a specific direction while isolating the other ports. This ensures that the transmitted power is effectively directed towards the antenna and prevents it from reaching the receiver.
Mnemonic: "Duplexer Defender"
Last edited by kacela. Register to edit
Tags: none
A circulator provides what function in the RF section of a RADAR system?
Tags: none
A directional coupler has an attenuation of -30 db. A measurement of 100 milliwatts at the coupler indicates the power of the line is:
Tags: none
What is the purpose or function of the RADAR duplexer/circulator?
A Duplexer is a “switch” that you can use to connect an antenna to two components. KD9TIP
Last edited by jukesj01. Register to edit
Tags: none