EMScanner

High speed 8GHz

Real-time EMC and

EMI diagnostic tool

on your lab-bench

EMScanner is a self-contained very-near-field scanning device which connects to a spectrum analyzer or a desk top PC running a copy of EMScanner Software. The EMScanner system operates from 150 kHz to 8 GHz and delivers repeatable and reliable results that pinpoint the cause of a design failure in seconds.

With EMScanner design teams can personally test their designs without having to rely on another department, test engineer, or time-consuming off-site testing. After diagnosing even an intermittent problem, the engineer can implement a design change and retest, and the results provide concrete verification of the effectiveness (or not) of the design change.

EMScanner diagnostic capabilities allow design teams to reduce testing time by more than two orders of magnitude. Users have also documented fifty percent reductions in design cycle times.

Ideal PCB projects for EMScanner are boards designed for high speed, high power, and/or high density/complexity. Any PCB that places a premium on board real-estate also qualifies as an excellent candidate. The compact, flat scanner provides PCB design teams with an easy-to-use, costeffective, and proven tabletop solution. Emission, immunity, filtering, EMI shielding, broadband noise and Common Mode testing are some of the applications that the EMScanner system addresses in mere seconds.

RESOURCES

To view and/or download EMScanner resources, simply click on the links below:

DATA SHEETS

EMVIEWER

USER MANUAL

VIDEOS

Product Features

Capability:

Spectral scan, spatial scan, peak-hold, continuous scanning, spectral and spatial comparison, scripting, limit lines and report generation.

Spatial scan time:

Continuous real-time or sub-second single scan for entire scan area Dependent on spectrum analyser performance.

Spectral scan time:

45 seconds for L 10 cm x W 10 cm (L 4” x W 4”) PCB with a 100 MHz span and 100 kHz RBW. Scanning area, span and RBW are user selectable within spectrum analyser specifications

Supported operating systems:

Windows 10®

Supported CAD overlays:

Standard Gerber© RS274x format and HPGL format

Specifications

Broadband frequency coverage:
EMS8000 – Base configuration = 150 kHz to 8 GHz

Antenna array:

1,218 (42 x 29) H-field probes Measurement sensitivity: Dependent on spectrum analyser performance

Spatial resolution:

Probe spacing of 7.5 mm with an ‘effective’ resolution of 3.75 mm

Scan area:

L 31.6 cm x W 21.8 cm (L 12.44” x W 8.58”)

Frequency accuracy of peaks:

Peak marking accuracy of spectrum analyser

Probe to probe uniformity:

Calibrated before shipment. Firmware correction factors adjust for frequency dependant probe responses with +/- 3 dB accuracy

Measurement plane isolation:

> 20 dB

Maximum radiated power load:

10 W / 40 dBm

Enclosure:

Anodized non-conductive metal

Maximum DUT voltage:

Glass Cover: 4kV DC; 2.6kV AC | Metal Case: 260V DC; 200V AC (measured as dielectric withstanding voltage – DWV)

Operating temperature:

From 15⁰ C to 40⁰ C (continuous spectral and spatial scans at 50 MHz)

In situ scanning:

6U Size C scanner fits into VXI and VME chassis

Scanner connections:

Spectrum analyser: RF SMA to type N coaxial cable | Adaptor: Proprietary DB25

Supported Analyzers (If your analyzer is not listed contact Y.I.C. Technologies)

Keysight: N9000A-CXA, N9000B-CXA, N9010A-EXA, N9010B-EXA, N9020B-MXA, N9020A-MXA, N9038A-MXE, N9912A-FieldFox, N9916A-FieldFox, N9918A-FieldFox, N9952A-FieldFox, E4440A-PSA, N9030A-PXA, N9040B-UXA

Rohde & Swartz: ZVL, ZVB20, ZNB8, FSW, FSV4, FSV3, FPL

Dimensions of the scanner:

L 39.2 cm x W 24.4 cm x H 1.7 cm (L 15.43” x W 9.61” x H 0.67”)

Weight:

2.80 Kg / 6.17 lb (including cables and the adaptor)

SCANNER USERS

Testimonials

The instrument provides spatial and spectral scans that allow design teams to cut one to two design cycles out of their product development process. It also reduces their EMI testing time by up to two orders of magnitude.

READ CASE STUDY

The design team conducted the scans on the EMxpert system in their offices. In a matter of minutes, they obtained the results. Testing the design in a third party chamber would have have been weeks away

READ CASE STUDY

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