Product Description
The MRL-100W-727-160-XX is a high-grade RF Termination designed to operate within the 698-2700MHz frequency range. Also known as a Dummy RF Load, this device can handle a significant average power of 100 watts. Engineered for precision, it maintains a VSWR of less than 1.15 and an exceptional Low PIM rating of -160dBc, making it an essential component for high-performance in-building solutions and network testing.
Technical & Mechanical Specifications
| Model No. | MRL-100W-727-160-XX | |
| Electrical Parameters | Specification | |
| Frequency Range | 698-2700 MHz | |
| VSWR | ≤ 1.15 | |
| PIM3 (dBc) | ≤ -160 dBc @ 2*43 dBm | |
| Average Power | 100 W | |
| Impedance | 50 Ω | |
| Mechanical & Environmental | Specification | |
| Connector Type | 4.3-10 Female | |
| Color | Black | |
| Operating Temperature | -30°C to +65°C | |
| IP Grade | IP60 | |
Frequently Asked Questions
- Q1: What is the main function of this RF Dummy Load?
- The MRL-100W-727-160-XX serves as an RF Termination that absorbs radio frequency energy and dissipates it as heat. It is used to terminate an open port in a system to prevent signal reflections that could damage equipment.
- Q2: Why is the -160dBc PIM rating important for 100W terminations?
- In high-power systems, Low PIM (Passive Intermodulation) is critical. A rating of ≤ -160dBc ensures that the termination does not introduce unwanted interference, maintaining the clarity and capacity of the LTE and 4G networks.
- Q3: Can this termination handle continuous high-power transmission?
- Yes, it is designed to handle a continuous average power of 100W. Its robust mechanical design and black finish help efficiently manage heat dissipation during long-term operation within its temperature range.
- Q4: Is this device compatible with outdoor IBS deployments?
- This unit has an IP60 rating and is primarily optimized for In-building Solutions (IBS). While it offers excellent dust protection, it should be used in environments where it is not directly exposed to heavy rain or immersion.
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