Amplifier Research's
digital EMI receiver offers continuous coverage from 20 Hz to 18 GHz with
an instantaneous bandwidth of 140 MHz. Peak, Quasi-peak, average, and
RMS average detections are processed simultaneously at 8129 frequency
points and interpolated with a proprietary algorithm to allow scans in
seconds, catch short duration transient disturbances, and identify
emissions using a fast time base waterfall display. This receiver
combines state-of-the-art sensitivity, dynamic range, accuracy and
convenience of operation
And if this wasn't enough, it fully complies with CISPR-16-1-1 edition 3.1. Please see certification and test results.
The MultiStar Precision DSP Receiver system includes a built-in
computer and interfaces with standard data storage, high resolution
video devices and features a removable hard drive. A 23" widescreen flat
LED monitor, keyboard and mouse are included.
Emission Testing Solutions to the following standards:
- MIL-STD-461D, E & F
- DO160D, E & F
- CISPR 11/EN 55011
- CISPR 22/EN55022
- CISPR 14/EN55014
- FCC Part 15
140 MHz-wide, pre-selected, instantaneous bandwidth*
- Easy to use - all functions are menu driven.
- PEAK, QUASI-PEAK, AVERAGE, and RMS-AVERAGE detections are processed
simultaneously at 8,192 frequency points and interpolated using a
proprietary algorithm. These features enable the user to:
- Display and record detector results as continuous spectra with 1 Hz resolution
- Scan 4 GHz every second with the PEAK detector, i.e. covering 1 - 18 GHz in 4.25 seconds
- Sweep 9 kHz - 30 MHz (bands A & B) in 2 seconds with all CISPR detectors
- Process 30 - 1000 MHz (bands C & D) in 7 seconds with all CISPR detectors
- Reduce multi-day tasks to minutes
- Catch short-duration transient disturbances
- Identify emissions using fast time base waterfall display
- Internal wide band calibration source expedites periodic checking and re-calibration of the receiver's amplitude response.
- Capability for user to set up, and save for future use, all of the
needed test parameters including limit lines, start/stop frequencies, IF
bandwidth, samples per bandwidth, dwell time at each frequency, input
port selection vs. test frequency, transducer correction table, input
attenuation, units to be used for the displayed level units, and more.
* 140 MHz instantaneous bandwidth is
available in bands C, D and E with 6dB resolution bandwidth >= 50
kHz. The entire bands A and B are covered instantaneously with 6dB
bandwidths at least 100 Hz and 9 kHz respectively. With narrower
resolution bandwidth settings, the instantaneous bandwidth is
proportionally reduced.
