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Tekbox Line Impedance Stabilisation Networks


LISNs are key components in EMC testing. To monitor for unwanted emissions on the supply line, the LISN is inserted into the supply line of the DUT and used in conjunction with a test receiver or spectrum analyser. Typically, the receiver or spectrum analyser is controlled by software such as EMCview. The software ensures that the analyser settings comply with the CISPR 16 specifications and allows you to load and run preconfigured tests for all major EMC standards. Measurement data points are plotted against the limits of the selected standard and can be exported as a test report.

One of the most important features of a LISN is that it provides a fixed source impedance for the DUT. This ensures that the measurement is repeatable regardless of the output impedance of the power source used. This feature is also used in many other EMC test setups where LISNs are used to establish a fixed supply impedance rather than to measure radiated emissions. As a result, LISNs can be found in test setups for radiated emissions, immunity testing and a variety of other applications.



Model Overview


Model Impedance Frequency Range Path Max. Current Max. Voltage Additional Features
TBL00705-2 0.7µH//50Ω 30 Hz – 500 MHz 2 5A 60V nominal, Component rating: 100V 400mΩ serial resistor
ТВL0110-2 1µH//50Ω 30 Hz – 500 MHz 2 10A 60V nominal, Component rating: 100V 100mΩ serial resistor
TBL0225-2 2µH//50Ω 10 Hz – 200 MHz 2 25A 60V nominal, Component rating: 100V 100mΩ serial resistor
TBOH01 5µH//50Ω 150 kHz – 108 MHz 1 10A 60V nominal, Component rating: 200V EOL
TBL0510-1 5µH//50Ω 10 kHz – 400 MHz 1 10A 60V nominal, Component rating: 200V
TBL0550-1 5µH//50Ω 150 kHz – 108 MHz 1 50A 60V nominal, Component rating: 250V
TBL05100-1 5µH//50Ω 150 kHz – 108 MHz 1 100A 60V nominal, Component rating: 350V AC@50/60Hz 600V DC Can be jumpered to various standards
TBL05100-1B 5µH//50Ω 150 kHz – 108 MHz 1 100A Component rating: 0-500V @ 50/60 Hz 250V AC @ 400Hz 1000V DC Can be jumpered to various standards

Model Impedance Frequency Range Path Max. Current Max. Voltage Additional Features
TBL5016-1 50µH//50Ω (50µH+5Ω)//50Ω 150 kHz – 30 MHz 1 16A 250V can be jumpered 50µH//50Ω or (50µH+5Ω)//50Ω no 250uH pre-filter
TBL50100-1 50µH//50Ω (50µH+5Ω)//50Ω 150 kHz – 30 MHz 1 100A 250V can be jumpered 50µH//50Ω or (50µH+5Ω)//50Ω no 250uH pre-filter
TBL5008-2B (50µH+5Ω)//50Ω 9 kHz – 30 MHz 2 8A 250V AC 50/60 Hz or DC separate RF outputs enabling LISN-Mate connectivity; Artificial hand connection PE switchable: 50Ω//50µH
TBL5008-2C (50µH+5Ω)//50Ω 9 kHz – 30 MHz 2 8A 250V AC 50/60 Hz or DC Filter/Limiter/Attenuator switchable Artificial hand connection PE switchable: 50Ω//50µH
TBL5016-2B (50µH+5Ω)//50Ω 9 kHz – 30 MHz 2 16A 250V AC 50/60 Hz or DC separate RF outputs enabling LISN-Mate connectivity; Artificial hand connection PE switchable: 50Ω//50µH
TBL5016-2C (50µH+5Ω)//50Ω 9 kHz – 30 MHz 2 16A 250V AC 50/60 Hz or DC Filter/Limiter/Attenuator switchable Artificial hand connection PE switchable: 50Ω//50µH
TBL5016-3 (50µH+5Ω)//50Ω 9 kHz – 30 MHz 3 16A 465V/270V Artificial hand connection PE switchable: 50Ω//50µH
TBL5032-3 (50µH+5Ω)//50Ω 9 kHz – 30 MHz 3 32A 465V/270V Artificial hand connection PE switchable: 50Ω//50µH
TBL5063-3 (50µH+5Ω)//50Ω 9 kHz – 30 MHz 3 63A 690V/400V 50Hz/60Hz Artificial hand connection PE switchable: 50Ω//50µH

Model Impedance Frequency Range Path Max. Current Max. Voltage Additional Features
TBLM2
150 kHz – 110 MHz
LISN-Mate
TBLDC32-2 150 Ohm 9 kHz – 30 MHz 2 32A 1000V DC 150 Ohm DC LISN A, B,
Common-Mode Differential-Mode operation
TBLVHF-B 50 Ohm +-10% 30 MHz – 300 MHz 2 16A 250V DC – 400 Hz Balanced VHF LISN
TBISN-T4 150 Ohm 150 kHz – 30 MHz 2 balanced pairs 250mA 60V AC, 100V DC 2 pcs D-Sub 25 to RJ45 adapter