VHFU 8802, 30–300 MHz, Unbalanced VHF-LISN
VHFB 8801, 30–300 MHz, Balanced VHF-LISN
VHIC 9260, 9 kHz to 120 MHz, Impedance converter to 50 Ohm
ECSS LISN 3, 10 Hz - 150 MHz, 10A, DC Lines, LISN
ECSS LISN 2-75A, 10 Hz - 150 MHz, 75A, DC Lines, LISN
ECSS LISN 2, 10 Hz - 150 MHz, 10A, DC Lines, LISN
NPCL 8500, 3 - 148 kHz, PRIME PLC LISN
TEMP 8400, 9 kHz - 1 GHz, TEMPEST AMN (LISN)
PVDC 8300, 150 kHz - 30 MHz, 100A, DC-AMN (LISN) Photovoltaic Inverters
PVDC 8301, 150 kHz - 30 MHz, 200 A, DC-AMN (LISN) Photovoltaic Inverters
ECSS LISN 1, 10 Hz - 150 MHz, 10A, DC Lines, LISN
Products
TPD50-100-2 & TPD50-100-4, 2 & 4 Line, 100 A, LISN with TPD
- MIL-STD-461 / RS105 Compliant – Ensures NEMP protection and conducted disturbance testing compliance.
- High Current Capacity – Supports up to 100A continuous operation for demanding test environments.
- Single-Phase & Three-Phase Options – Available in 2-phase (TPD50-100-2) and 4-phase (TPD50-100-4) versions.
- Built-In LISN Channels – Provides accurate measurement of conducted disturbances on connected phases.
- Superior Shielding & Filtering – Feedthrough capacitor filtering minimizes unwanted electromagnetic noise.
- Easy Installation & Mobility – Simple connection setup, compact design, and secure grounding options.
VHFU 8802, 30–300 MHz, Unbalanced VHF-LISN
Unbalanced VHF-LISN
A controlled, unbalanced RF termination for the EUT mains cable.
The VHFU 8802 provides unequal terminal impedances during radiated-disturbance measurements of AC-mains-powered equipment. This defined imbalance creates controlled differential-mode to common-mode conversion and offers a VHF-LISN alternative to a common-mode absorption device (CMAD).
VHFB 8801, 30–300 MHz, Balanced VHF-LISN
Balanced VHF-LISN
A balanced RF termination for reproducible mains-cable conditions.
The VHFB 8801 provides a defined RF termination for the EUT AC mains cable during radiated-disturbance measurements. It offers balanced live and neutral impedances and is described as an alternative to a CMAD in CISPR 16-1-4, Edition 5 test configurations.
VHIC 9260, 9 kHz to 120 MHz, Impedance converter to 50 Ohm
- PLC Power Line Communications, ISN Impedance Stabilization Network
- 150 kHz - 30 MHz
- Max current 1.4A,
- Impedance of each path: 150 Ω
ECSS LISN 3, 10 Hz - 150 MHz, 10A, DC Lines, LISN
- European Cooperation for Space Standardisation -LISN Line Impedance Stabilization Network
- 10 Hz - 150 MHz
- Max current 10A, (15A 15min)
- Impedance of each path: 0.7 μH || 50 Ω
ECSS LISN 2-75A, 10 Hz - 150 MHz, 75A, DC Lines, LISN
- European Cooperation for Space Standardisation -LISN Line Impedance Stabilization Network
- 10 Hz - 150 MHz
- Max current 75A, (100A 15min)
- Impedance of each path: 2 μH || 50 Ω
ECSS LISN 2, 10 Hz - 150 MHz, 10A, DC Lines, LISN
- European Cooperation for Space Standardisation -LISN Line Impedance Stabilization Network
- 10 Hz - 150 MHz
- Max current 10A, (15A 15min)
- Impedance of each path: 2 μH || 50 Ω
NPCL 8500, 3 - 148 kHz, PRIME PLC LISN
- Line Impedance Stabilization Network
- 3 kHz - 148.5 kHz
- AMN Impedance: 1 Ω
- ITU-T G.9901
TEMP 8400, 9 kHz - 1 GHz, TEMPEST AMN (LISN)
- TEMPEST AMN (LISN) Line Impedance Stabilization Network
- 9 kHz - 1 GHz
- Impedance (50Hz): 1.4 Ω
- AMN Impedance A or B: 50 Ω
PVDC 8300, 150 kHz - 30 MHz, 100A, DC-AMN (LISN) Photovoltaic Inverters
- symmetric DC-LISN Line Impedance Stabilization Network
- 150 kHz - 3 MHz
- Current rating: 100 A (150 A 15min)
- Impedance CM and DM: (150 +/- 20) Ω
- AMN Impedance A or B: (150 +/- 20) Ω
PVDC 8301, 150 kHz - 30 MHz, 200 A, DC-AMN (LISN) Photovoltaic Inverters
- symmetric DC-LISN Line Impedance Stabilization Network
- 150 kHz - 30 MHz
- Max current 200A, (250A 15min)
- Impedance CM and DM: (150 +/- 20) Ω
- AMN Impedance A or B: (150 +/- 20) Ω
ECSS LISN 1, 10 Hz - 150 MHz, 10A, DC Lines, LISN
- European Cooperation for Space Standardisation -LISN Line Impedance Stabilization Network
- 10 Hz - 150 MHz
- Max current 10A, (15A 15min)
- Impedance of each path: 1.5 μH || 50 Ω
