PV- / Tempest- LISN from Schwarzbeck

• ECSS LISN 1

• ECSS LISN 2

• ECSS LISN 2 – 75A

• ECSS LISN 3

• NPLC 8500 for ITU-T G.9901

• NDTV 8160 (discontinued)

• Pilot ISN – Impedance Stabilization Network

• PVDC 8300 – DC-AMN (LISN)

• PVDC 8301 – DC-AMN (LISN)

• TEMP 8400 – Tempest LISN

• TEMP 8401

 

ECSS LISN 1 

The ECSS LISN 1 was developed following the „European Cooperation for Space Standardization“. The ECSS LISN 1 is used for DC mains lines. The impedance characteristic of each path is basically realized by an inductor in parallel with the 50 Ohm resistor: 1.5 μH || 50 Ω.

Frequency Range:	10 Hz – 150 MHz
Max. cont. current:	10 A
Max. current (limited time):	15 A
Max. voltage (DC):	200 V
Impedance:	(1.5 µH ) || 50 Ω
DC Resistance mains EUT:	100 mΩ
EUT connectors:	screw terminals M7x0.75 unscrewable with 4 mm jacks
Dimensions (WxHxD):	160 x 165 x 210 mm
Weight	2.7 kg
Standard:	ECSS-E-ST-20-07 Rev1

 Schwarzbeck ECSS LISN 1 Double path AMN Data Sheet

  

ECSS LISN 2 

The ECSS LISN 2 was developed following the „European Cooperation for Space Standardization“. The ECSS LISN 2 is used for DC mains lines. The impedance characteristic of each path is basically realized by an inductor in parallel with the 50 Ohm resistor: 2 μH || 50 Ω.

 

Frequency Range:	10 Hz – 150 MHz
Max. cont. current:	10 A
Max. current (limited time):	15 A
Max. voltage (DC):	200 V
Impedance:	(2 µH ) || 50 Ω
DC-Resistance mains-EUT:	100 mΩ
EUT connectors:	screw terminals M7x0.75 unscrewable with 4 mm jacks
Dimensions (WxHxD):	160 x 165 x 210 mm
Weight	2.7 kg
Standard:	ECSS-E-ST-20-07 Rev1

  Schwarzbeck ECSS LISN 2 Double path AMN Data Sheet

 

ECSS LISN 2 – 75A 

The ECSS LISN 2 – 75A was developed following the „European Cooperation for Space Standardization“. The ECSS LISN 2 – 75A is used for DC mains lines. The impedance characteristic of each path is basically realized by an inductor in parallel with the 50 Ohm resistor: 2 μH || 50 Ω.

The device under test may drain a continuous current of 75 A and for a short period of time it may even drain more than 100 A.

 

Frequency Range:	10 Hz – 150 MHz
Max. cont. current:	75 A
Max. current (limited time):	100 A
Max. voltage (DC):	200 V
Impedance:	(2 µH ) || 50 Ω
DC Resistance mains-EUT:	100 mΩ
EUT connectors:	screw terminals M7x0.75 unscrewable with 4 mm jacks
Dimensions (WxHxD):	440 x 162 x 196 mm
Weight	9.5 kg
Standard:	ECSS-E-ST-20-07 Rev1

  Schwarzbeck ECSS LISN 2 – 75A Double path AMN Data Sheet

 

ECSS LISN 3 

The ECSS LISN 3 was developed following the „European Cooperation for Space Standardization“. The ECSS LISN 3 is used for DC mains lines. The impedance characteristic of each path is basically realized by an inductor in parallel with the 50 Ohm resistor: 0.7 μH || 50 Ω.

 

Frequency Range:	10 Hz – 150 MHz
Max. cont. current:	10 A
Max. current (limited time):	15 A
Max. voltage (DC):	200 V
Impedance:	(0.7 µH ) || 50 Ω
DC-Resistance mains-EUT:	50 mΩ
EUT connectors:	screw terminals M7x0.75 unscrewable with 4 mm jacks
Dimensions (WxHxD):	160 x 165 x 210 mm
Weight	2.4 kg
Standard:	ECSS-E-ST-20-07 Rev1

  Schwarzbeck ECSS LISN 3 Double path AMN Data Sheet

 

NPLC 8500 

· The LISN NPLC 8500 has been designed especially for PLC measurements according to ITU-T G.9901.

· Frequency range: 3 kHz – 148.5 kHz

· Max. terminal voltage: 250 V AC / 50 Hz

· Max. current: 16 Arms

· AMN Impedance: 1 Ohm

  Data Sheet NPLC 8500

 

NDTV 8160 

· Universal Delta-, T-, V-LISN

  Data Sheet NDTV 8160

 Manual NDTV 8160

 

Pilot ISN – Impedance Stabilization Network 

Pilot ISN is an impedance stabilization network which can be used to measure disturbance voltages of PLC (power line communication). Its design is based on IEC 61851-21-1 Electric vehicle conductive charging system. 

The ISN provides decoupling from the equipment under test (EUT) and the communication device or load (AE). The Pilot ISN has an impedance of 150 Ω according to the standard as long as a PLC connection with an impedance of 100 Ω is established. The integrated attenuator improves the impedance matching and has to be switched on.

 

Frequency Range:	150 kHz – 30 MHz
Connector:	Safety laboratory jacks, 4 mm
Max. line current/path:	1.4 A DC
Max. voltage Power line – ground:	200 V DC 140 V AC
Common mode impedance EUT-side:	150 Ω ±20 Ω
Dimensions W x H x D:	125 mm x 55 mm x 105 mm
Weight:	480 g
According to standard:	IEC 61851-21-1  Electric vehicle conductive charging system

  Schwarzbeck Pilot ISN Impedance Stabilization Network Data Sheet

 

PVDC 8300 

· PV LISN

· 1500 V

· 50 A

· common mode impedance 150 Ohm

· Z differential mode = 100 Ohm

· air coils 280 microhenry

· PVDC 8300 Opt. Fans

· Fans for a maximum continuous current of 100 A

  Data Sheet PVDC 8300

 

PVDC 8301 

· PV-LISN for the DC side of grid connected power converters GCPC.

· 1500 V

· 200 A

· common mode impedance = 150 Ohm

· differential mode impedance = 100 Ohm

· air coils 280 microhenry

  Data Sheet PVDC 8301

 

TEMP 8400 

· Tempest LISN

· 9 kHz to 1 GHz

· 2 path model 16 A

· N-connectors for DUT power supply and N-connectors for the 2 measurement ports.

· The unit allows to listen to even the smallest signals on power lines.

  Data Sheet TEMP 8400

 

TEMP 8401 

TEMP 8401 Wing Terminals installed on the front of a LISN

· Adapter N-male to wing terminals for TEMP 8400