ESCS30: 9kHz to 2.75GHz $r $n EMI Test Receiver ESCS30 is capable of measuring electromagnetic emissions in accordance with all civilian EMC standards It is actually composed of three types of instruments: $r $n, a portable manually tuned receiver powered by an internal battery, $r $n, an independent test receiver that can automatically complete EMI measurements and generate test reports, and $r $n, a test receiver with IEC/IEEE bus interface that can be included in the testing system and accept EMI software control under Windows environment
R&S ESCS30 EMI Test Receiver ESCS309kHz~2750MHz
The EMI test receiver ESCS30 is capable of measuring electromagnetic emissions in accordance with all civilian EMC standards It is actually composed of the following three instruments:
A portable manually tuned receiver powered by an internal battery
A standalone test receiver capable of automatically completing EMI measurements and generating test reports
A receiver with IEC/IEEE bus interface that can be incorporated into the testing system and accept EMI software controlled testing under Windows environment
Nowadays, many laws related to electromagnetic compatibility (EMC) have been formulated The measurement tasks related to EMC are rapidly increasing The highly intelligent ESCS30 can greatly reduce EMC measurement time, making it a competitive EMI testing receiver in the market As a specialized instrument for EMI measurement ESCS30 not only meets the requirements of CISPRCENELEC ETSI FCCVCCI and VDE standards, but also has many advantages such as rapid measurement and high measurement accuracy. Just press lightly to complete the test automatically.
If calling the SPECTRUMOVRVIEW function and using peak detection method. The instrument will automatically search for key frequency bands, and then use quasi peak and mean detectors to perform more accurate final measurements on these key frequency bands. By adopting this method, the time previously wasted on measuring low emission frequency bands can be saved, greatly accelerating the testing speed. By clicking the appropriate button, ESCS30 will automatically complete the measurement of Radio Frequency Interference (RFI) voltage, RFI power, and RFI field strength.
Key Features
Weighted measurement according to CISPR16-1 and VDE0876 standards
Integrated pre selector
Level measurement range 38~+137dBmV
Compliant with all civilian EMI standards such as CISPR EN ETS FCC ANSI C63.4 VCCI and VDE
Automatic overload detection
Provide users with ports for controlling linear impedance stabilization networks (LISNs)
Simplify operations by calling internal macro functions
Optional internal or external battery power supply
High quality RF circuit design
High precision measurement
A fast synthesizer with high frequency resolution
Wide dynamic range
CISPR filter with constant group delay
Parallel detectors are used for peak to peak and average measurement respectively. All detectors can be used simultaneously
Tracking signal source for attenuation and gain measurement, such as cable characteristic testing (9kHz~2750MHz, option ESCS-B5)
Powerful firmware functionality
Macro functions for automatic and interactive testing
Select channel sweep for 400 users
Automatic level calibration
Automatically select measurement parameters based on frequency (correct measurement results)
All important parameters are stored in non-volatile memory
Sweep mode
-Spectrum Over view scans the frequency at the fastest speed possible under fixed attenuation and step size conditions
-Scan with automatic attenuation setting, but the step size can be selected by the user
-Channel scans up to 400 preset frequencies
*Data display
16.5cm (6.5 ') TFT color LCD screen for displaying interference signal spectrum and limit values
Clear digital level display resolution of 0.1dB
Simulate and display measurement results in a bar chart format
Time domain analysis (oscilloscope mode)
-Measurement and display of pulse width and amplitude, with a display range of 5 milliseconds to 1 hour and the ability to zoom in and display up to the highest resolution
-The time-domain analysis with a resolution of 100ms meets the requirements of CISPR161 standard for pulse duration measurement accuracy
-If internal triggering is used, the triggering level is determined by the display line. If external triggering is used, the triggering signal is TTL signal
By observing with the naked eye, the mid frequency spectrum analysis shows that the spectrum width can reach 10MHz (option ESCS-B4)
Storage and archiving of measurement results
Built in 3 1/2 'disk drive
The measurement results and test reports are stored in HP-GL file format
The measurement results are output in the form of lists and graphs (marked with limit values and user inputs)
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Instrument sales, instrument leasing, instrument recycling, professional maintenance, and metrological calibration.
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Shenzhen Weipuce Electronics Co., Ltd
Chen Bingzhou
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