The CDN-C50E is a 150 kHz cdn from Com-Power.
Features:
Frequency Range
150 kHz to 30 MHz (for emissions - as ISN)
150 kHz to 230 MHz (for immunity - as CDN)
Coaxial Lines - 50? Impedance
Meets CISPR 16-1-2, CISPR 22/32 (EN 55022/32) and IEC 61000-4-6
Individual Calibration Included
Applications:
The CDN C50E is suitable for conducted emissions and immunity tests on signal/telecommunica
tion ports intended for connection to coaxial lines with a nominal transmission line impedance of 50 ohms.
The Com-Power CDN C50E is used on coaxial lines with a nominal transmission line impedance of 50 ohms. The EUT and AE Ports are fitted with female, 50? BNC-type coaxial connectors. The RF Port is also fitted with a female, 50? BNC-type coaxial connector. The outer surface of the network’s metallic enclosure is powder coated for durability, and is mounted onto, and internally bonded to, an untreated (conductive) stainless steel base plate. The base plate extends beyond the footprint of the network enclosure at the front and back, providing convenient access to effectively ground the network, which is essential for proper operation.
The CDN-C50E is a 150 kHz cdn from Com-Power.
Features:
- Frequency Range
- 150 kHz to 30 MHz (for emissions - as ISN)
- 150 kHz to 230 MHz (for immunity - as CDN)
- Coaxial Lines - 50? Impedance
- Meets CISPR 16-1-2, CISPR 22/32 (EN 55022/32) and IEC 61000-4-6
- Individual Calibration Included
Applications:
- The CDN C50E is suitable for conducted emissions and immunity tests on signal/telecommunication ports intended for connection to coaxial lines with a nominal transmission line impedance of 50 ohms.
The Com-Power CDN C50E is used on coaxial lines with a nominal transmission line impedance of 50 ohms. The EUT and AE Ports are fitted with female, 50? BNC-type coaxial connectors. The RF Port is also fitted with a female, 50? BNC-type coaxial connector. The outer surface of the network’s metallic enclosure is powder coated for durability, and is mounted onto, and internally bonded to, an untreated (conductive) stainless steel base plate. The base plate extends beyond the footprint of the network enclosure at the front and back, providing convenient access to effectively ground the network, which is essential for proper operation.
