Unmatched Precision for High-Power RF Testing: The MOP 100W Dummy Load
nnIn the demanding world of RF engineering, the integrity of your test equipment can make or break your system’s performance. The MOP 100W dummy load stands as a pinnacle of precision engineering, designed specifically for In-Building Solutions (IBS) and rigorous high-power RF testing. This termination dummy load is not just a component; it’s your assurance of stable, low-loss signal transmission under the most challenging conditions. When your work requires absolute reliability, from calibrating sensitive IBS links to stress-testing high-power base station transmitters, this device delivers consistent, professional-grade results.nn
Engineered for Critical RF Applications
nnEvery aspect of the MOP 100W dummy load is optimized for performance. Its robust construction withstands harsh field environments and long-term use, operating reliably across a temperature range from -20°C to +55°C and withstanding humidity levels up to 95%. This durability is crucial for telecom technicians, broadcast engineers, and lab technicians who face unpredictable conditions during equipment commissioning and maintenance.nn
Key Specifications at a Glance
nnWhether you are conducting PIM testing on a DAS (Distributed Antenna System) or verifying the output of a high-power amplifier, the specifications of this dummy load ensure your measurements are accurate and repeatable.nn
| Parameter | Value / Range |
|---|---|
| Model | MOP-DL-3GHz-xxW (various power options) |
| Power Handling | 2W, 5W, 25W, 50W, 100W, 200W |
| Frequency Range | DC – 3 GHz |
| Impedance (Ω) | 50 |
| VSWR | ≤ 1.2:1 |
| PIM3 (dBc) | ≤ -120 @ 2×33 dBm | ≤ -105 @ 2×43 dBm |
| PIM5 (dBc) | ≤ -145 @ 2×33 dBm | ≤ -120 @ 2×43 dBm |
| Connector Types | N-Male, N-Female, DIN-Male, DIN-Female, BNC-Male, PL259-Male, Other types (specify) |
| Operating Temperature | -20°C ~ +55°C |
| Humidity Tolerance | ≤ 95% |
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Low PIM Performance: The 100W Dummy Load Advantage
nnOne of the defining features of this professional-grade 100W dummy load is its exceptional low-PIM (Passive Intermodulation) performance. With ratings of PIM3 ≤ -105 dBc @ 2×43 dBm and PIM5 ≤ -120 dBc @ 2×43 dBm, this device effectively eliminates signal distortion and interference that can plague sensitive RF systems. For engineers working on IBS or multi-carrier environments, low PIM is non-negotiable. This dummy load ensures that your test results reflect the true performance of your system, not the side effects of inferior test equipment.nn
Versatile Connectivity for Every Scenario
nnThe standard 7/16 DIN male connector is just the beginning. The MOP 100W dummy load offers a wide array of connector options—including N-Type, BNC, and PL259—making it universally compatible with your existing test setups. Whether you need a female connector for a base station port or a male connector for a portable test kit, this flexibility allows you to integrate the load seamlessly without additional adapters that could compromise performance.nn
Reliable Performance in the Field
nnWhen you are commissioning a new IBS installation or troubleshooting a high-power antenna system, you need a termination that you can trust. The 100W dummy load provides exactly that. Its rugged construction withstands the physical demands of field use, while its electrical characteristics offer repeatable, lab-grade performance. From calibrating RF links in dense urban environments to testing high-power base station equipment in remote locations, this termination dummy load delivers the stable, low-loss performance required for mission-critical applications.nn
A Core Accessory for Modern RF Engineering
nnIn conclusion, the MOP 100W dummy load is more than just a resistor in a heat sink. It is a highly reliable, professional-grade tool that ensures your RF testing is accurate, repeatable, and free from artifacts. Whether your focus is on IBS system calibration, high-power amplifier testing, or achieving low VSWR and low PIM in demanding environments, this dummy load stands as a trusted partner. Invest in the precision, durability, and performance that professional RF engineers demand.
