VSP1000DSFT

The VSP1000DSFT is a two-stage, linear amplifier module for signal conditioning and signal processing applications. This high-performance module is designed for use in industrial or research applications where extreme signal accuracy and narrow dynamic range are critical. The module has a signal input of 1MHz to 3GHz and a gain range of 0dB to 90dB in 15dB-step increments. With a dynamic range of up to 140dB and a low THD of 0.05%, it provides excellent signal fidelity.

The module features an internal low-noise amplifier stage and a programmable, precision adjustable gain stage. The first input stage features a wide bandwidth of 700MHz and an adjustable gain of 0dB to 70dB. The second stage has an adjustabgle gain of 10dB to 90dB, making the module suitable for general-purpose signal processing applications.

The module also features a wide range of signal conditioning capabilities. It is able to handle signals from 0.1V to 5V, with adjustable gain and attenuation and a wide range of input/output impedances. This allows for the optimization of signal levels for different types of instruments and/or components. It is also able to accept a wide range of noise levels, from 20dB to 90dB.

The module also boasts an extremely low noise figure of 0.15dB for signals with a wide dynamic range and a total harmonic distortion (THD) of less than 0.05%. This makes it ideal for high-precision signal processing applications, such as communication systems, instrumentation and data acquisition, and more.

The module comes with a variety of inputs, including coaxial and balanced, and outputs, such as single-ended and differential. It is easy to configure and operate using a web-based user interface, allowing the user to adjust gain, gain control, power output, and more. It comes with a USB port for controlling the module, and can be powered by a 10 VDC supply.

The VSP1000DSFT is a high-performance module, designed for use in demanding signal processing applications. Its extremely low noise and total harmonic distortion make it ideal for use in communication systems and instrumentation, as well as for measurement, data acquisition, and other demanding applications. With its wide dynamic range, adjustable gain, and programmable precision output stage, it delivers excellent signal fidelity.