| Brand | Tekbox |
|---|
CDN
The TBCDN Series CDN is a coupling and decoupling network designed to perform conducted immunity testing by injecting RF disturbances into cables. Featuring a frequency range of 0.15 to 230 MHz and current ratings up to 63A, these networks effectively decouple auxiliary equipment from the device under test. This series offers versatile configurations from 1 to 5 lines to meet various EMC standard requirements.
Key Specifications & Features
- Frequency Range: 0.15 MHz to 230 MHz
- Maximum Current: Up to 63A (model dependent)
- Line Configurations: Available in 1, 2, 3, 4, or 5 lines
- Application: Conducted immunity testing and RF injection
- Function: RF signal injection and AE protection
- Standard Compliance: Defined by international EMC test standards
- Model Range: Includes TBCDN-M1 (15A) through TBCDN-M5 (63A)
- Compatibility: Designed for use with RF signal generators
| TBCDN-M3 | 0.15..230 MHz, 63A, 3 |
| TBCDN-M4 | 0.15..230 MHz, 63A, 4 |
| TBCDN-M5 | 0.15..230 MHz, 63A, 5 |
| TBCDN-M1 | 0.15..230 MHz, 15A, 1 |
| TBCDN-M2 | 0.15..230 MHz, 63A, 2 |
No downloads available.
CDN
The TBCDN series of coupling and decoupling networks is engineered for precise conducted immunity testing across a broad frequency spectrum of 0.15 to 230 MHz. These devices are essential for injecting RF disturbances into power and signal cables while ensuring that auxiliary equipment remains protected. By providing a stable impedance to the device under test, they facilitate repeatable and accurate EMC measurements in professional laboratory settings.
Built to withstand rigorous testing environments, these networks feature high current capacities ranging from 15A to 63A depending on the selected model. The internal circuitry is specifically optimized to decouple the auxiliary equipment (AE) side from the RF signals being injected into the equipment under test (EUT). This robust construction ensures full compliance with international EMC test standards and provides reliable performance over long testing cycles.
The series offers multiple models to accommodate different wiring configurations, including the TBCDN-M1, M2, M3, M4, and M5 versions. Whether testing single-phase systems with the 15A M1 model or complex multi-phase systems with the 63A M5 model, users can select the appropriate line count to match their specific application needs. These units are typically used in conjunction with RF signal generators to complete a comprehensive immunity test setup.
High Current Capacity
Support for testing applications requiring up to 63A of current across multiple lines.
Wide Frequency Coverage
Operates effectively across the 0.15 MHz to 230 MHz range for conducted immunity.
Multiple Line Configurations
Available in 1, 2, 3, 4, and 5-line versions to suit different phase requirements.
Enhanced Equipment Protection
Decouples auxiliary equipment to prevent damage and interference during RF signal injection.
RF Signal Injection and Decoupling
These coupling and decoupling networks are specifically designed to inject RF disturbances into cables while protecting auxiliary equipment. They ensure that the RF signals are directed toward the device under test rather than leaking back into the power source or other connected hardware. This mechanism is critical for maintaining the integrity of the test environment and preventing damage to sensitive peripheral devices.
Broad Compliance and Versatility
With models supporting up to 5 lines and 63A of current, this series covers a wide range of conducted immunity test standards. The frequency range of 0.15 to 230 MHz makes them suitable for various industrial and commercial EMC testing requirements. Users can choose from M1 through M5 configurations to handle everything from simple single-line setups to complex multi-phase power cables.
Request for quote
Looking for a custom solution or a tailored offer? Please fill out the form below, and we’ll get back to you as soon as possible with a personalized quote.
