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EM Test CWS 500N2 Continuous Wave Simulator

Manufacturer part number: CWS-500N2
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The CWS 500N2.2 is the first compact solution world-wide for testing rf conducted immunity to narrowband radiated electromagnetic energy. Apart from the injection probe and the monitoring probe, everything is in the box; controller, signal generator, amplifier, directional coupler, and rf power measurement of up to three signals in parallel. A built-in rf switch allows you to connect and use any external amplifier to extend the system's capabilities. The CWS 500N2.2 is a very flexible solution and can be used in the laboratory as well as everywhere in the field. Setting up a test is done very quickly with a minimum effort for the cabling of the test equipment. There are only two leads; the rf power leads to the input of the injection probe and the return lead from the monitoring clamp. The user doesn't need to be an expert to run reliable and reproducible tests.
A powerful software tool including extensive reporting features and instrument driving capabilities masters the test procedures. All operation is done by means of icd.control software.
The front panel menu and function keys enable the user to program his test routines quickly and accurately. The cursor allows fast control of all test parameters of the programmed routine, thus test procedures are simplified and confidence is generated that every step is carried out correctly.
BCI tests are performed by means of the powerful and easy-to-use icd.control remote control and documentation software. For this test application, icd.control offers test procedures specifically written to the standards. Offering a library of standards, tests are carried out as easy as ever possible. The icd.control would not be an extraordinary tool without its outstanding and unique capability to implement up to four different measuring devices. These measuring instruments can be used for any kind of data acquisition controlling the entire test procedure, making DUT monitoring easier than ever before. Even the most complex test routines can easily be programmed based on vector-defined test points. The icd.control is prepared to also cover test applications other than just BCI using e.g. Stripline, TEM Cells, CDNs, and EM clamps.

Specifications

Supply Voltage115 V or 230 V +10/-15 %, 50/60 Hz
Standards MetBulk current injection as per ISO 11452-4; PSA B217110, EQ IC-08; Mil-STD 461 CS 114; RTCA-DO-160G, Section 20
Operating Temperature10 °C - 40 °C
Signal power110 W (nominal)
Harmonic Distortion (THD)less than -20 dBc at max. power
Signal Generator
Bulk Current Injection
ParameterValue
Output level-63.5 dBm to 0 dBm
Frequency range9 kHz to 1 GHz
Output impedance50 ohm
Direct RF outputTo control an external amplifier
General Data
Technical Details
ParameterValue
Dimensions19"/6 HU
Weight31.6 kg (70 Pounds)

Description
The CWS 500N2.2 is the first compact solution world-wide for testing rf conducted immunity to narrowband radiated electromagnetic energy. Apart from the injection probe and the monitoring probe, everything is in the box; controller, signal generator, amplifier, directional coupler, and rf power measurement of up to three signals in parallel. A built-in rf switch allows you to connect and use any external amplifier to extend the system's capabilities. The CWS 500N2.2 is a very flexible solution and can be used in the laboratory as well as everywhere in the field. Setting up a test is done very quickly with a minimum effort for the cabling of the test equipment. There are only two leads; the rf power leads to the input of the injection probe and the return lead from the monitoring clamp. The user doesn't need to be an expert to run reliable and reproducible tests.
A powerful software tool including extensive reporting features and instrument driving capabilities masters the test procedures. All operation is done by means of icd.control software.
The front panel menu and function keys enable the user to program his test routines quickly and accurately. The cursor allows fast control of all test parameters of the programmed routine, thus test procedures are simplified and confidence is generated that every step is carried out correctly.
BCI tests are performed by means of the powerful and easy-to-use icd.control remote control and documentation software. For this test application, icd.control offers test procedures specifically written to the standards. Offering a library of standards, tests are carried out as easy as ever possible. The icd.control would not be an extraordinary tool without its outstanding and unique capability to implement up to four different measuring devices. These measuring instruments can be used for any kind of data acquisition controlling the entire test procedure, making DUT monitoring easier than ever before. Even the most complex test routines can easily be programmed based on vector-defined test points. The icd.control is prepared to also cover test applications other than just BCI using e.g. Stripline, TEM Cells, CDNs, and EM clamps.