Used ENI DOFBC2-75 #9198769 for sale

ENI DOFBC2-75 is a modular digital downconverter equipment designed specifically for use in microwave applications. It functions as the low-noise frequency converter in a wide range of digital signal processing applications. With up to 75 MHz IF and unprecedented performance, the system is extremely versatile and can be tailored for a variety of test and measurement purposes. DOFBC2-75 includes up to 4 fully independent receiver channels as well as selectable upconverter arrangements. Each channel has a 12 bit ADC that delivers up to 75 MHz intermediate frequency (IF) bandwidth. The 12 bit ADC can convert complex waveforms at a rate of up to 8 MHz, and has a noise floor of less than -90 dBm. There is also the capability for up to 8 channels operating simultaneously. The unit also features a wide variety of selectable input filters and frequencies, allowing users to optimize the machine to their specific needs. Along with selectable input filters, ENI DOFBC2-75 is capable of digitizing signals from 500 kHz to 20 GHz. With selectable IF frequencies, the tool can convert signals ranging from 200 Hz all the way up to 40 GHz with excellent image rejection. In addition, the asset provides users with the ability to store up to 500 individual predefined scan profiles. This makes it easy to quickly switch between multiple test setups. ENI also offers an adjustable time and power control element which allows users to customize the scanning sequence and parameters to their unique specifications. With built-in USB and Ethernet connectivity, DOFBC2-75 is fully programmable via a PC. This programmability allows users to navigate the setup options and create their own personalized settings. Updated model programming can also be completed using PC-based scripting tools. ENI DOFBC2-75 is the perfect solution for any application requiring a low-noise digital downconverter equipment capable of digitizing extremely wide bandwidth signals. With its tall range of selectable filters, input frequencies, and signal processing capabilities, users can easily design their own customized setups for various test and measurement purposes.