The EMC laboratory/Equipment
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== LISN's == | == LISN's == | ||
=== Teseq DC-LISN-M2-100 === | === Teseq DC-LISN-M2-100 === | ||
| − | [[File:DC_LISN_M2_100.jpg]] | + | [[File:DC_LISN_M2_100.jpg]]<br> |
| + | (source Teseq, [https://www.teseq.com/news/2013/DC-LISN-M2-100.php link source Teseq]) | ||
Line impedance Stabilization Network to measure conducted emissions disturbances on DC power ports of photovoltaic inverters. | Line impedance Stabilization Network to measure conducted emissions disturbances on DC power ports of photovoltaic inverters. | ||
* Frequency range: 150 kHz to 30 MHz | * Frequency range: 150 kHz to 30 MHz | ||
* Continuous operating current: 100 A (150 A for 30 minutes) | * Continuous operating current: 100 A (150 A for 30 minutes) | ||
* Impedance: 150 <math>{\Omega}</math> in common-mode - 100 <math>{\Omega}</math> | * Impedance: 150 <math>{\Omega}</math> in common-mode - 100 <math>{\Omega}</math> | ||
Revision as of 14:08, 15 April 2019
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AC power sources
Triphase
- This 15kW AC source is intended to provide a grid voltage compliant to IEC 61000-4-7. She is well configurable and allow a lot of scenarios (AC source, DC source, harmonic generation, ...)
- To use this AC source, we recommanded to do following steps:
- Start the power source
- Start the control PC
- Connect to the webserver of the control PC
More information available on Follow instructions of simplified user manual page 14 (Interface web)
LISN's
Teseq DC-LISN-M2-100
(source Teseq, link source Teseq)
Line impedance Stabilization Network to measure conducted emissions disturbances on DC power ports of photovoltaic inverters.
- Frequency range: 150 kHz to 30 MHz
- Continuous operating current: 100 A (150 A for 30 minutes)
- Impedance: 150 Ω in common-mode - 100 Ω
