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- Testing Solution
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Product
- Chamber Component
- EMP Protection
- EMC Software
- Compact Conducted Immunity (CS) Test System
- Transient Test System
- ESD Simulator
- Antennas
- RF Power Amplifier
- ISN
- CDN/Clamp
- GTEM / TEM Cells / Striplines / Reverberation Chambers
- Near Field Probe
- NSA measurement set
- EMC Scanner
- Monitoring System
- Tissue Simulating Liquids
- Real-time electromagnetic monitoring system
- Magnetic Field Emission Test System
- Ionospheric Sounder
Product
- Chamber Component
- EMP Protection
- EMC Software
- Compact Conducted Immunity (CS) Test System
- Transient Test System
- ESD Simulator
- Antennas
- RF Power Amplifier
- ISN
- CDN/Clamp
- GTEM / TEM Cells / Striplines / Reverberation Chambers
- Near Field Probe
- NSA measurement set
- EMC Scanner
- Monitoring System
- Tissue Simulating Liquids
- Real-time electromagnetic monitoring system
- Magnetic Field Emission Test System
- Ionospheric Sounder
RF CDN Series
The AMETEK CTS M Series is a wide range of coupling/decoupling networks (CDNs) precisely designed and engineered to meet the design and performance requirements outlined in IEC/EN 61000-4-6. Tailored for main supply lines, the M series CDNs offer a multitude of choices based on line quantities, currents, and voltages. With a frequency range spanning from 150 kHz to 230 MHz, each CDN fully complies with IEC/EN 61000-4-6, ensuring seamless integration and adherence to industry standards.
CDN T Series DATASHEET
The AMETEK T series CDNs are specifically developed for unbalanced data lines. The T Series provides flexibility to choose from a variety of options based on your intended application and the number of lines involved.
All our CDNs fully comply with IEC/EN 61000-4-6, ensuring seamless integration and adherence to industry standards. The T series CDNs come in two designs to accommodate different frequency ranges.
All our CDNs fully comply with IEC/EN 61000-4-6, ensuring seamless integration and adherence to industry standards. The T series CDNs come in two designs to accommodate different frequency ranges.