TekBox LISN Series Line Impedance Stabilization Networks

TekBox LISN Series Line Impedance Stabilization Networks

starting € 321,30

including VAT free shipping (Germany)

min Quantity

1 piece

Unit price

base price

Variants

technical Question?

Please fill in all fields.

Question Type

Your E-mail Adress

My Question:

Please validate that you are not a robot.

I accept the Privacy Policy

Description

Accessories

Files/Downloads

Benefits of the TekBox LISN Series Stabilisation Networks

For the measurement of line-conducted interferences and noise measurements.
Models with various frequency ranges up to 150 MHz.
The ideal solution for pre-compliance EMC testing etc.

TekBox LISN TekBox LISN Series Line Impedance Stabilization Networks

TekBox Modelle TBOH01, TBL0500-1, TBLC08 LISNs

TBOH01 5 µH LISN according to CISPR 25; conducted noise measurements of DC-powered devices in EMC pre-testing in the frequency range of 150 kHz to 110 MHz. Inserted into the supply line of the device under test (DUT), conducted noise which is present at the supply terminals of the DUT can be measured at the BNC connector using a spectrum analyzer or a measurement receiver. The source (supply) terminal and the DUT terminal are decoupled by a 5 µH inductor.
TBL0550-1 5 µH 50 A LISN for conducted noise measurements of DC-powered electronic equipment; designed to be used for measurements in the frequency range of 150 kHz to 110 MHz according to CISPR 16-1-2, CISPR-25, EN55025, MIL-STD-461F, ISO11452-4 and with limitations DO-160/ED-14G and ISO 7637-2. Inserted into the supply line of the DUT, conducted noise which is present at the supply terminals of the DUT can be measured at the BNC connector using a spectrum analyzer or a measurement receiver. The source (supply) terminal and the DUT terminal are decoupled by a 5 µH inductor.
Two TBL0550-1 in combination with the Tekbox LISN Mate enable separate measurement of common mode and differential mode noise.
TBLC08 50 µH LISN according to CISPR 16; measurement of line-conducted interference within the range of 9 kHz to 30 MHz, according to the CISPR16 standard. Designed for testing single phase, AC-powered equipment with supply voltages up to a maximum 240 V and 8 A. Conducted noise can be measured on the phase and on the neutral conductor. The TBLC08 is equipped with a switchable limiter/attenuator and an artificial hand connection.
TBL5000 serie 9 kHz to 30 MHz.

Model Overview

Model	TBOH01	TBL0550-1	TBLC08
Frequency range	100 kHz...110 MHz (1 GHz, see datasheet)	100 kHz...150 MHz	9 kHz...30 MHz
Impedance or DC resistance	DC resistance 40 mΩ	DC resistance <9 mΩ source+ to DUT+; <2 mΩ source-to-DUT	Impedance 50 Ω\|\|(50 µH + 5 Ω)
More specs	Maximum current: 10 A Nominal operating voltage range: 0...60 VDC (the operating voltage range is limited to 60 VDC for safety reasons. Though the component rating of the LISN is =200 V, the positive supply voltage could accidentally be connected to the negative terminal of the LISN and thereby to the LISN housing. Under this circumstance, a DC voltage >60 V could cause a lethal electric shock when touching the housing	Maximum current: 50 A continuous, 70 A for 3 min Nominal operating voltage range: 0...60 VDC Component rating: 250 V High current plug/screw terminals - male: Phoenix Contact 1998933, female: Phoenix Contact 1967375 1 µF capacitor can be disconnected internally by removing a jumper Dimensions (mm): 120 x 100 x 225 (270 incl. ground brackets); 1.6 kg	Artificial hand: 220 pF + 511 Ω Switchable PE: 50 Ω\|\|50 µH Limiter/attenuator: 150 kHz...30 MHz; 10 dB Air core inductors Line voltage: max. 240 V/50...60 Hz Max. current: 8 A at 23°C DUT socket: Country specific Measurement connector: 50 Ω BNC Power connector: IEC 60320 C13 Operating temperature: +5...+40°C; 5...80% rel. humidity Safety Class I, IEC 1010-01

Frequently Asked Questions:

Question: What is a LISN and what is it used for?

Answer: LISN is the abbreviation for Line Impedance Stabilization Network (also called AMN/Artificial Mains Network). These are low-pass filters that are usually connected between the DC/AC source and the DUT (device under test). The LISN simulates supply networks (low-voltage network, on-board network of a motor vehicle, aircraft, etc., telecommunications network). LISN are used for both line-based and radio-based EMC (electromagnetic compatibility) tests, which are specified in various standards (e.g. CISPR, CENELEC, MIL-STD, etc.). The tasks of a LISN include the suppression of RF interference that may be present on the supplying network. It also provides a normalized impedance on the line voltage side for the DUT. The LISN also provides a defined connection between the DUT, the supply network and the measuring device: For further measurement and analysis, e.g. with a spectrum analyzer, the LISN ensures the decoupling of RF interference voltage that is superimposed on the supplying mains voltage of the DUT. [Source: Wikipedia]