ATT-0225-15-TNC-02

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Attenuators, also known as variable resistors, are electrical devices that reduce the amplitude of a signal without introducing distortion. The ATT-0225-15-TNC-02, in particular, is a low-profile and small-size female-threaded attenuator with a 15 dB range. It features excellent RF performance and wideband character in a compact package. This attenuator also offers high linearity and low VSWR over its entire frequency range, making it an ideal choice for use in high-performance RF systems.

The ATT-0225-15-TNC-02 works by providing an impedance between a source and load. The attenuator allows the user to adjust the amount of attenuation by changing the dissipated power over a range of 15 dB. The attenuator also provides an input power and a corresponding output voltage, and these two parameters are related by the power- flux law.

The ATT-0225-15-TNC-02 application field includes radio and television transmission, military and civilian communication systems, high-precision wireless systems, and many others. Its high linearity and low VSWR make it suitable for use in high-performance RF systems, where precise filtering and attenuation of signals are required. Additionally, it is suitable for use in directional couplers, filters, and various telecom-equipment.

The working principle of the ATT-0225-15-TNC-02 is simple yet effective. It works by providing an impedance between a source and load, allowing the user to adjust the amount of attenuation by changing the dissipated power over the prescribed range. The device works by providing an input power and a corresponding output voltage. These two parameters are related by the power- flux law.

In conclusion, the ATT-0225-15-TNC-02 is an ideal choice for use in high-performance RF systems due to its small size, low profile, and excellent RF performance. Its 15 dB range makes it suitable for use in radio and television transmission, or military and civilian communication systems. Additionally, its high linearity and low VSWR make it suitable for use in directional couplers, filters, and various telecom-equipment.

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