ATT-0292-01-HEX-02

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Attenuators

ATT-0292-01-HEX-02 is an attenuator used for RF and microwave applications. It is designed as a package with six power contacts and six ground pins, with full attenuator value accuracy and linearity. It provides superior performance over traditional attenuators by combining precise accuracy with high linearity.

Application Field

ATT-0292-01-HEX-02 can be used in a variety of applications, including: radiofrequency and microwave communications, instrumentation, military and commercial systems, and automated factory applications.

In radiofrequency and microwave communications, the ATT-0292-01-HEX-02 provides optimal signal output over a wide range of dynamic range requirements. It can also be used for signal conditioning in automated factories, where precise control of output signals is essential for error-free operation. It is also used for instrumentation applications such as medical monitoring, broadcast transmission, and power distribution systems.

Working Principle

The ATT-0292-01-HEX-02 works within a relatively narrow frequency range, typically ranging from 5 MHz to 2 GHz. It operates by varying the voltage of each of the six ports, allowing the user to control the amount of attenuation or insertion loss at each port. This works by converting the RF or microwave power from a given power source to a lower level by passing the signal through a resistor network. The attenuation is then linearized by using a nonlinear resistor network.

The amount of attenuation is determined by the values of the resistors in the network and the power level that is applied to each port. The higher the power level, the more resistors are required to linearize the power. In addition, the values of the resistors must be chosen in order to match the frequency of the signal so that the network is balanced.

Once the resistor network is balanced, the power signal is attenuated to the desired level over the required frequency range. The ATT-0292-01-HEX-02 can be used with either voltage variable or pulse input signals. Voltage variable signals require a voltage source to drive the resistor network, while pulse signals require an input signal to activate a switch.

By varying the ratio of the resistors in the network, the user can control the amount of attenuation, as well as the shape of the frequency response curve. This is useful for controlling the shape of the signal, from a flat to a low-pass hump, depending on the application.

The ATT-0292-01-HEX-02 has been designed for superior performance in applications requiring high linearity, excellent accuracy, and wide dynamic range. It is capable of providing high dynamic range applications with precise control of output signals, as well as signal conditioning in automated factories and other instrumentation applications.

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