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LISN or AMN

The line impedance stabilization networks (LISN/ AMN) are used to measure disturbance voltages on the mains cable of an electrical instrument. Different types of LISNs are available as required by the application and international standard

  • HV-AN 150

    Teseq’s artificial network HV-AN 150 is the first universal solution which covers several applications and standards in the Automotive, Airborne and MIL range. It offers the right solution for both high current and high voltage EUTs and can be housed for having a shielded box, see option SME HV-AN 150, as proposed in CISPR 12 (draft), CISPR 25, ECE No. 10 R05 / 06, ISO 11452-1 and ISO / DTS 7637-4.

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  • HV-AN 200

    The artificial network HV-AN 200 offers a solution for high current and high voltage connections to the EUTs. The AN is used to simulate the impedance of a vehicle harness to determine the behavior of EUT and meet the requirements of ISO 7637-2 and the HV part of CISPR 12 (draft), CISPR 25, ECE No. 10 R05 / 06, ISO 11452-1 and ISO / DTS 7637-4.

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  • HV-AN 1uH-200-VW80300

    The artificial network HV-AN 1uH-200-VW80300 offers a solution for high current and high voltage connections to the EUTs as proposed in VW 80300. The AN is used to simulate the impedance of a vehicle harness to determine the behavior of EUT.

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  • HV-AN 500

    The artificial network HV-AN 500 offers a solution for high current and high voltage connections to the EUTs. The AN is used to simulate the impedance of a vehicle harness to determine the behavior of EUT and meet the requirements of ISO 7637-2 and the HV part of CISPR 12 (draft), CISPR 25, ECE No. 10 R05 / 06, ISO 11452-1 and ISO / DTS 7637-4. The optional available HV-AN 500-option-1μF, connected on the AE port of the HV-AN 500, allows testing of the LV part of CISPR 25, ECE No. 10 R06 and ISO 11452-1.

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