AT0603T06ECATB

Attenuators

ATO603T06ECATB is a type of attenuator, which is widely used to reduce or adjust the volume of incoming signal in a variety of applications. This attenuator is an ideal solution for applications in which signal attenuation needs to be quick, reliable, and precise. ATO603T06ECATB features a one-piece design, which makes installation and user-friendly operation a breeze. The attenuator features a wide operating frequency range and its wide bandwidth ensures that the attenuated performance remains stable even at higher frequencies.

Application field

ATO603T06ECATB is widely used in an array of audio applications, such as sound reinforcement, broadcasting, and recording. This attenuator provides excellent protection from high level or transient impulses and reduces the risk of distortion and clipping. Additional applications include home theater, multi-room systems, PA systems, public address systems, and more.

Working principle

ATO603T06ECATB is a frequency-dependent, electronically-controlled digital attenuator. Its characteristic curves enable precise level attenuation at predetermined frequencies. The attenuator adjusts to any level while providing quick response. This attenuator also provides a more linear response at high frequencies than other types of attenuators.

The user can select several levels of attenuation, including 4 dB, 8 dB, 10 dB, 12 dB, and 20 dB by using the rotary switch. The attenuator can also be tuned to match the user’s needs by adjusting the level of attenuation between 1 dB and 24 dB. The attenuator is also equipped with a safety lockout function that prevents accidental level adjustment.

Conclusion

ATO603T06ECATB is an ideal solution for a variety of audio applications due to its quick response time, precise level adjusting, wide frequency range, and linear response. The one-piece design of this attenuator also makes it easy to install and use. Whether you are looking to reduce the volume or to adjust the signal level, ATO603T06ECATB is the perfect solution.