Radiated Immunity

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Teseq SL 90 Strip Line 90 Ω DC to 1000 MHz

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  • EMC tests for vehicle components
  • Immunity to RF fields
  • Conformity with the requirements of ISO 11452-5
  • Efficient power conversion provides high field with minimum power

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Specifications

Standards MetISO 11452-5 CISPR 25 IEC/EN 61000-4-20
Stripline
Conform with ISO 11452-5
ParameterValue
Frequency rangeDC to 1000 MHz
Max. input power150 W
Connector typeN (female), 50 Ω
Typical impedance90 Ω
Net power for 10 V/m as calculated according ISO 11452-5approx. 50 mW (17 dBm)
Distance between the platesHeight of the septum: 150 mm
General Data
Technical Details
ParameterValue
Dimensions3.5 x 0.9 x 1.17
Weightapprox. 80 kg

Test Equipment Description

Teseq SL 90 Strip Line Description:

The transversal electromagnetic mode which can developed in the SL 90 strip line, provides the opportunity for doing EMC testing inside the strip line. The geometrical dimensions having a line impedance of Z = 90 Ω. At the end, the line is matched by a 90 Ω termination. Typical for this strip line is the low power request for high field strength values. The strip line is specified in ISO 11452-5 ‘Road Vehicles electrical disturbances through radiated narrowband electromagnetic energy: Measurement procedure for components part 5: Strip Line’. The SL 90 allows testing electrical/electronic sub modules (EUB) and their associated cables. Standards like BMW GS 95002 allow both emission and immunity testing with the strip line. Although emission testing is derived from ISO 11452-5 where the strip line is exclusively used for immunity tests. BMW GS 95002 provides additional hints. The limit line is given as interference voltage level in dμBV.

The SL 90 consists of two parallel metal plates. The EUT is arranged in the middle between these plates. The largest outer dimension of the EUT should not be more than 1/3 of the plate distance. The ground is on the lower plate and the isolated upper plate is supplied with RF energy. Between the plates, an electromagnetic field will be established. A typical test configuration consists of signal generator, power amplifiers, power meters and SL 90. To avoid interactions with the environment, the test should be run in an anechoic test chamber.

Applicable Standards:

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