The XiTron 822-XT2640AX-2CH is a precision multi-channel power analyzer (2 channels) that provides a world-class 0.03% accuracy and 1MHz class bandwidth. It features 26A element, 220-260ksps, 24bit effective resolution, and 0.025% rdg (V). It has an external voltage output CT or Shunt Input (20µV to 15Vrms) with a resolution down to 0.1µV.

Each channel can be independently configured for voltage scaling (when using an external PT) and/or current offset and scaling (when using an external CT or shunt).

XiTron's XT2640 is three power analyzers in a single chassis with a single interface. The XT2640 may have up to 4 Channels installed or optionally with the MU option combine units to grow to thousands of channels, which may be any combination of channel cards and with any combination of available current input options. The XT2640 features a large, high-resolution color display that shows all the data you want with an easy-to-use touchscreen user interface to get you up and testing in no time. It has the highest precision measurements with industry-leading noise floor and linearity and up to 100 readings per second with no reduction in accuracy (up to 500/sec with reduced accuracy with W type channels). An extremely wide dynamic range allows signals with crest factors to over 100:1 to be measured with full accuracy without having to reconfigure, and allows range-less operation (within each shunt) providing truly gapless measurements with varying signals and is one less thing for you to configure and worry about.

Up to three different Virtual Power Analyzers™ (VPAs) may be independently configured in the one unit for input/mid-point/output power and efficiency tests - there is no need to interconnect separate units in order to make synchronous or non-synchronous group power measurements.

The XT2640 power analyzer includes a front panel USB drive interface for portable flash drives or hard disc drives:

The XT2640 has a low cost of ownership with 2-year parts and labor warranty; 2-year accuracy specs and recommended calibration cycle. Reliable state of the art fully solid-state design with 2.9GIPs RISC processing and FPGA based sampling control.