ATT-290F-00-SMA-02

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Attenuators are active or passive devices used to reduce the amplitude of a signal while preserving the waveform or shape of the signal. The AT-290F-00-SMA–02 is one such device.

It is an RF, high power attenuator for testing and monitoring of RF signals. This solid state attenuator is designed to provide complete 100 percent range control over a signal. This gives it the ability to modify the signal power level from 0dB to -40 dBm in a single unit. It can also perform frequency tracking over a wide range of frequencies, from DC to 30GHz.

The design of this device makes it ideal for applications in the military and aerospace industries, where high accuracy and reliability are essential. It is also used in telecommunications systems, where it can be used to reduce the power of a signal for testing and monitoring purposes. The AT-290F-00-SMA–02 attenuator can be used in other areas such as medical and industrial imaging systems, where its ability to accurately control signal power levels is essential.

The AT-290F-00-SMA–02 is a single-pole, double-throw device, meaning that it operates using two control lines. When both control lines are open, the attenuation is maximum. When the control lines are closed, the attenuation is reduced. This device has an insertion loss of 1.7 dB for the maximum range and -0.3 dB for the minimum range. The maximum VSWR at the maximum range is 1.2:1, and at the minimum range it is 1.1:1.

The AT-290F-00-SMA–02 attenuator operates on a simple principle. It uses a set of resistors, capacitors, inductors, and other electronic components to reduce the amplitude of a signal while preserving the shape of the signal. This is accomplished by using specific voltage levels across the components. This reduces the signal level, without altering the frequency or shape of the RF signal.

The AT-290F-00-SMA–02 attenuator has a small size, making it ideal for use in a variety of applications. It can be used for testing and monitoring of RF signals, as well as for signal power level control. Its high accuracy and reliability make it preferred for use in military and aerospace applications. Additionally, its ability to accurately control signal power levels make it a viable option for use in medical and industrial imaging systems.

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