
TSC 7042 Inductor – Inductor for AMN (LISN) TSC 7042
The "TSC 7042 Inductor" is intended to be used together with the TSC 7042 LISN for automotive testing according to Toyota standard TSC 7042 G.
LISN (Line Impedance Stabilization Network) accessories enhance the functionality and adaptability of our LISNs used in EMC testing. These accessories support calibration, measurement, and connection tasks, ensuring precision, efficiency, and compliance with regulatory standards.

The "TSC 7042 Inductor" is intended to be used together with the TSC 7042 LISN for automotive testing according to Toyota standard TSC 7042 G.

The measurement mode switch CMDM 8700 B expands the measurement possibilities of two V-LISN to T- and Delta-LISNs for the profound analysis of interference emissions.

Some standards (e.g. CISPR 16-1-2) require measuring the device under test with an artificial hand if the device has some metallic parts which are not connected to ground and if the device is usually held by hand.
The artificial hand simulates the capacitive coupling between device under test and human hand which rests on the device under test during regular operation.

The HVSE 8602 Shielded Enclosure was designed to increase the shielding effectiveness of automotive LISN significantly, which is necessary for measurements of electric- or hybrid vehicles.
The aluminium housing is equipped with three quick fasteners and gas springs, allowing to open and close the box within a few seconds.

The HVSE 8601 Shielded Enclosure was designed to increase the shielding effectiveness of automotive LISN significantly, which is necessary for measurements of electric- or hybrid vehicles.
The aluminium housing is equipped with three quick fasteners and gas springs, allowing to open and close the box within a few seconds.

The HVSE 8600 Shielded Enclosure was designed to increase the shielding effectiveness of automotive LISN significantly, which is necessary for measurements of electric- or hybrid vehicles. The aluminium housing is equipped with three quick fasteners and gas springs, allowing to open or close the box within a few seconds.

In order to be compliant to the standards ECE R10.06, CISPR 12 and PSA (which require a capacitance of in total 1 uF parallel to a resistance of 1 MΩ at the input side of the LISN) a 0.9 µF…

CAP 10uF is an optionally available 10 μF capacitor required according to MIL 461 E/F/G and Sec. 17 of the DO-160G standard. Capacity: 10 µF ±10% Dielectric strength: 1000 VDC Max. voltage at 50/60 Hz 640 VAC Max. voltage at 400 Hz 600 VAC Max. voltage…

To be compliant to the standards DEF STAN 59 and DO 160 a 10 µF capacitor like the CAP 10 has to be connected to the mains connectors of the LISN. CAP 10-100 and CAP 10-200 differ in the distance…

Passive LC-Filter with female N-connectors in shielded metal housing. The main application is the spurious measurement of medical diathermal equipment with a fundamental frequency of 27.12 MHz.

The HPF is a passive LC-Filter with female N-connectors in shielded metal housing with very steep slope according to CISPR 16-1-1. The main application is the elimination of noise below 150 kHz for conducted interference voltage measurements. Particular features are high pulse load capacity and dielectric strength.

Calibration adapters for artificial mains networks AMN or LISN. The application is described in CISPR 16-1-2.

Product terminals and suitable cable lugs Wing terminals Hook type lug Ring type lug For detailed specifications, please refer to the datasheet. Wiring accessories for LISN

Schwarzbeck Mess-Elektronik offers a wide range of CEKON connectors specifically designed for use with LISNs (Line Impedance Stabilization Networks) and AMNs (Artificial Mains Networks) accessories. These connectors are available in multiple current ratings (16 A, 32 A, and 63 A) and configurations, including male cable plugs, female cable jacks, and panel-mounted options.

Schwarzbeck Mess-Elektronik offers a wide range of Schuko (CEE7-7) adapters designed to ensure international compatibility in EMC testing setups.