Product Description
The MNL-03-100-NM is a high-performance DC-3GHz 100W RF Dummy Load engineered for demanding telecommunication environments. This high power RF termination supports comprehensive 2G/3G/4G/LTE coverage, making it a versatile component for In-building Solutions. With a low VSWR (≤1.2) and availability in multiple connector types including N-male, 4.3-10, and DIN, it ensures stable and efficient signal termination for high-capacity base stations and DAS networks.
Technical & Mechanical Specifications
| Model No. | MNL-03-100-NM | |
| Electrical Parameters | Specification | |
| Frequency Range | DC-3 GHz | |
| VSWR | ≤ 1.2 | |
| Average Power | 100 W | |
| Impedance | 50 Ω | |
| Connector Options | N-male / 4.3-10 Male / DIN Male | |
Frequently Asked Questions
- Q1: Why is a 100W high-power dummy load necessary for my RF system?
- A 100W high-power dummy load is essential for absorbing high-wattage radio signals during testing or maintenance without damaging the transmitter. It prevents signal reflection that could lead to equipment failure in high-capacity LTE and 4G networks.
- Q2: What are the advantages of having multiple connector types like 4.3-10 and DIN?
- Providing various connector types ensures compatibility with different generations of hardware. The 4.3-10 and DIN connectors are specifically favored in modern In-building Solutions for their superior mechanical stability and lower PIM characteristics compared to standard connectors.
- Q3: How does a low VSWR (≤1.2) benefit the RF termination?
- A low VSWR indicates that the termination is highly efficient at absorbing power with minimal reflection. This ensures that the DC-3GHz RF termination behaves as a perfect 50-ohm load, protecting the health of the base station's power amplifier.
- Q4: Can this RF load be used for all cellular frequency bands?
- Yes, the wide frequency band from DC to 3GHz covers almost all common commercial frequency bands, including those used for 2G, 3G, 4G, and LTE. This makes it a "one-size-fits-all" solution for standard cellular infrastructure maintenance.
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