- Designed for conducted immunity testing using bulk current injection and coupling methods.
- Provides isolation of the power source from injected RF disturbances.
- Ensures that the injected interference is directed into the EUT.
- Compact, rugged construction suitable for lab and field EMC testing.
- Compatible with standard RF immunity test setups and signal sources.
TBCDN-M1
Coupling Decoupling Networks M1
The TBCDN-M1 Coupling / Decoupling Network (M1) is an EMC test accessory used to inject RF interference onto power lines while simultaneously isolating the power source from unwanted RF signals during conducted immunity testing. It ensures that only the injected disturbance reaches the Equipment Under Test (EUT) while preventing the test signal from feeding back into the power supply or mains network. This network is essential for proper conducted immunity evaluation according to standardized test methods.
Features
Key capabilities and advantages
Specification
Technical specifications and parameters
| Maximum supply voltage | 300V AC, 600V DC |
| Maximum current | 15A |
| Frequency range | 150 kHz – 230 MHz |
| Maximum RF input power | 6.5W CW |
| Maximum RF input voltage | 32 V |
| Input connector | N – female |
| EUT / AE connectors | 4 mm banana safety jacks, 4mm slots in base plate for GND connection |
| Housing material | powder coated aluminium, stainless steel base plate |
| Dimensions | 300 x 150 x 150 mm |
| Weight | ca. 2.5 kg |
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