ATT-0292-09-HEX-02

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Attenuators are electronic components that provide resistive rations, usually over a range from 0 dB to 60 dB. The ATT-0292-09-HEX-02 is one of the more popular models used in many applications. This article focuses on the application field and working principle of this attenuator.

Application Field

The ATT-0292-09-HEX-02 attenuator is usually applied in cellular base transceiver stations, radio and television broadcasting stations, and satellite communication systems. Its main purpose is to reduce signal strength for a desired effect, such as noise reduction, modulation, power control, and the like without introducing distortion or other problems with the signal. Applications include step-attenuation in gain-control systems, signal nulling in low-noise or distortion-free systems, and auto-attenuation for signal-switching systems. For example, the ATT-0292-09-HEX-02 is used in cellular base transceiver stations to control signal interference in order to create a stable transmission environment.

Working Principle

The ATT-0292-09-HEX-02 attenuator works based on the voltage division principle. It is a passive electronic component, which uses two precision resistors in series, with the frequency of operation being 0.01 to 6 GHz. The attenuator has a resistance range of 0-60 dB, and is usually powered by batteries. This model works on the principle of supplying current from the source, which is then divided by the resistors to achieve a desired level of signal strength. The ATT-0292-09-HEX-02 attenuator also has a built-in temperature compensation system, which enables it to maintain a consistent resistance level regardless of the external temperature. This ensures stability of the output signal, and prevents any interference in transmission.

The ATT-0292-09-HEX-02 attenuator is a reliable and cost-effective choice for controlling signal strength for various applications. Its precision resistors, combined with its temperature compensation system, ensures that the desired signal level is maintained throughout the signal transmission process. This helps to eliminate any interference in transmission, as well as optimize the performance of cellular base transceiver stations, radio and television broadcasting stations, and satellite communication systems.

The specific data is subject to PDF, and the above content is for reference