LM613IWM

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LM613IWM is a special purpose linear amplifier. It is specifically designed for use in near-field antenna measurement systems and high accuracy near-field probes. The amplifier is also suitable for many other applications requiring wide dynamic range, fast settling times, wideband frequencies, and high gain.

The core design of the LM613IWM is a two-stage amplifier whose first stage is a high gain, low noise, wideband pre-amp. This pre-amp provides adequate gain for the second stage, which consists of a voltage-controlled gain stage working in conjunction with a low pass filter.

The amplifier is configured in the classic Miller constant current configuration, or “translational stage” configuration. The Miller constant current configuration amplifies signals with good linearity and high bandwidth. The gain of the amplifier is adjustable and can be set to a specific value, depending on the application. This also allows the user to optimize the dynamic range.

The LM613IWM has excellent common mode rejection, which minimizes the amount of noise generated by the system and reduces the chances of signal distortion. The wideband frequency response of the amplifier also eliminates any possibility of signal distortion due to frequency range mismatches.

The LM613IWM also features integrated temperature compensation for optimal operation in a wide range of temperatures. This feature allows the amplifier to maintain its performance over a wide range of temperatures.

The LM613IWM has a wide range of application possibilities. It can be used in near-field antenna measurement systems and high accuracy near-field probes, as well as for general power supply testing, communication network equipment testing, radar receivers testing, and audio signal processing.

In conclusion, the LM613IWM is a special type of linear amplifier that offers excellent dynamic range, wideband frequencies, wide common mode rejection, and temperature compensation. Users of the LM613IWM can be assured of a reliable and consistent performance in a wide range of applications.

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