The Keysight 83484A dual electrical channel module has two 50 GHz bandwidth electrical channels. For optimum noise performance when measuring small signals, the 26.5 GHz setting is used.

The HP 83480A digital communi-cations analyzer is a powerful instrument designed specifically to give you the highest accuracy, measurement speed, and ease-of-use for characterizing telecommun-ications and data communications waveforms.

This user’s guide describes how the Keysight 83483A electrical plug-in module provides user selectable 12.4 or 20 GHz bandwidth, 2.5 GHz bandwidth trigger channel, 3.5 mm (m) connectors.

83484A module specifications and characteristics apply when a module is installed in the instrument mainframe. The following notes refer to the module specifications listed in this chapter.

For highest accuracy and fidelity when measuring very high-speed signals, the 50 GHz bandwidth setting is used. The 83484A Agilent Dual Channel 50GHz Module may still be available for purchase and support from Artisan Technology Group beyond End-Of-Life (EOL) by the manufacturer (OEM).

This electrical plug-in module provides two accurate measurement channels with user selectable bandwidths. The lower bandwidth mode provides excellent oscilloscope noise performance for accurate measurement of small signals. The high bandwidth mode provides high-fidelity display and measurement of very high-speed waveforms.

The Agilent 83484A dual electrical channel module has two 50 GHz bandwidth electrical channels. For optimum noise performance when measuring small signals, the 26.5 GHz setting is used.

For optimum noise performance when measuring small signals, the 26.5 GHz setting is used. For highest accuracy and fidelity when measuring very high-speed signals, the 50 GHz bandwidth setting is used.

Feb 16, 2006 · The Keysight 83484A dual electrical channel module has two 50 GHz bandwidth electrical channels.

The Agilent 83484A dual electrical channel module has two 50 GHz bandwidth electrical channels. For optimum noise performance when measuring small signals, the 26.5 GHz setting is used.