Coupling Networks And Other Accessories For Burst Tests
CDN | Coupling / Decoupling Network Burst 3-Phase CDN Type Rated Current Characteristics CWG 520 3-phase CDN 4 x 16 A For burst and surge tests with burst generator SFT
December 11, 2024
CDN | Coupling / Decoupling Network Burst 3-Phase CDN Type Rated Current Characteristics CWG 520 3-phase CDN 4 x 16 A For burst and surge tests with burst generator SFT
Schlöder’s conducted interference immunity devices offer reliable and comprehensive solutions for testing the immunity of your systems to high-frequency and low-frequency disturbances. Whether for continuous or short-term disturbances, our products ensure compliance with global EMC standards and enhance the reliability of your electronic and electrical systems.
In operation, powerful components with high levels of interference and highly sensitive electronics are often operated close to one another. Voltage fluctuations or HF and LF signals should not cause any impairments, such as permanent or temporary malfunctions. During tests for conducted interference immunity, the test device’s immunity to such interference is assessed by coupling interference onto supply or signal lines.
Schloder surge generators provide reliable and comprehensive testing solutions for high-energy interference pulses, ensuring compliance with global EMC standards and enhancing the durability and reliability of your electronic and electrical systems.
In operation, electronic and electrical devices, systems, and installations must not be impaired by surge voltages. Surge voltages, such as atmospheric discharges (lightning strikes), short circuits, or significant switching overvoltages (switching capacitor banks), involve currents in the kV / kA range and rise times in the microsecond range. These voltages can exhibit a broadband spectrum up to several MHz. During surge testing, these high-energy voltages are simulated by surge generators to test their impact on devices in accordance with IEC 61000-4-5.
The VIS 1700 is a versatile tool for testing the robustness of devices against power interruptions and fluctuations, ensuring compliance with relevant standards and reliable performance in real-world scenarios.
Short-term voltage dips, interruptions, and fluctuations can affect electrical and electronic devices, potentially leading to functional issues or damage. The VIS 1700 mains interruption generator is designed to simulate these conditions according to the standards IEC 61000-4-11 (AC) and IEC 61000-4-29 (DC). It ensures that devices meet immunity requirements for AC and DC mains connections with input currents up to 16 A per conductor.
Narda offers the RF Generators 3010 and 3030, designed for a wide range of EMC immunity testing applications. These generators are known for their portability, user-friendly interface, and advanced features.
The RAD-IS system by Narda PMM is designed for testing radiated immunity according to IEC/EN 61000-4-3. This system ensures compliance through a well-defined setup, including necessary components like amplifiers and antennas.
The Cond-IS system from Narda PMM is a high-performance solution for conducted immunity testing, now enhanced to meet the latest IEC/EN 61000-4-6 and IEC/EN 61000-4-3 standards. It features a modular design for both current and future needs.
The AUT-IS system by Narda PMM is a versatile solution designed for automotive electromagnetic compatibility (EMC) testing, compliant with ISO 11452 standards. This integrated platform supports both conducted and radiated immunity tests, facilitating a wide range of testing methods:
The 1008 Magnetic Field Generator is designed for precise magnetic field immunity testing in compliance with IEC 61000-4-8 and EN 61000-4-8 standards. This integrated system is ideal for evaluating electronic and electrical devices against magnetic field interference.
The EP-600 series probes set a new standard in electric field sensing with their versatility, precision, and miniature design. These probes, characterized by their small-sized spherical symmetrical configuration, are designed to deliver exceptional performance in a wide range of applications.
The 2680 series spectrum analyzers are designed to meet the needs of professionals in various fields, offering precise measurements, advanced features, and a user-friendly interface. The high sensitivity, low phase noise, and low level uncertainty ensure accurate and reliable results, making these analyzers an indispensable tool for any RF and EMI testing environment.
The RFM3000 Series RF Power Meters offer a comprehensive benchtop solution for capturing, displaying, and analyzing peak and average RF power in both time and statistical domains. Designed to work seamlessly with B&K Precision’s RFP3000 Series USB RF Peak Power Sensors, these meters eliminate the need for a remote computer, providing a standalone, intuitive, and multi-functional tool for RF power measurement.
The RFM3000 Series RF Power Meters, in combination with the RFP3000 Series USB RF Peak Power Sensors, offer a robust and versatile solution for RF power measurement, providing accurate and reliable data for a wide range of applications.