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GLMPD2N
Asialeren
8517710000
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SN | Parameters | Specifications |
1 | Frequency Range | 698～3800 MHz |
2 | Insertion Loss | ≤ 0.8dB（Excluding theoretical loss 3.0dB） |
3 | Input Port VSWR | Typ.1.11 / Max.1.25 |
4 | Output Port VSWR | Typ.1.10 / Max.1.20 |
5 | Isolation | Typ.26dB / Min.20dB |
6 | Amplitude Balance | ±0.2dB |
7 | Phase Balance | ±3 ° |
8 | Impedance | 50 Ohms |
9 | Input/Output Connectors | N-Female； |
10 | Power Rating | Splitter 50W; Combiner 3W |
11 | Operation Temperature | -30℃ ~ +85℃ |
12 | Surface Finishing | Sandblasting natural color conductive oxidation |
13 | Outline Dimensions | 65*66*20（ mm） |
14 | Weight | 100（g） |
Product Introduction
Broad Frequency Range：The GLMPD2N 2 - way power divider covers an extensive frequency range from 698 to 3800 MHz. This wide - band functionality makes it adaptable to various wireless communication systems, supporting different frequency - based applications.
Low Insertion Loss：With an insertion loss of ≤0.8dB (excluding the theoretical 3.0dB loss), the GLMPD2N minimizes signal degradation during power division. This ensures that the power split among output ports is efficient, maintaining strong and reliable signals for connected devices.
Good VSWR Performance：It has a typical input port VSWR of 1.11 and a maximum of 1.25, while the output ports have a typical VSWR of 1.10 and a maximum of 1.20. Low VSWR values indicate efficient power transfer and minimal signal reflection, enhancing the overall performance of the power divider.
High Isolation and Balanced Outputs：The GLMPD2N offers a typical isolation of 26dB and a minimum of 20dB between output ports, preventing signal interference. Additionally, it has an amplitude balance of ±0.2dB and a phase balance of ±3 °, ensuring consistent and stable output signals for each connected device.
Wide Operating Temperature Range：Operating within a temperature range of - 30 ℃ to +85 ℃, the GLMPD2N can function in diverse environmental conditions. This wide - range tolerance makes it suitable for use in different climates and applications, from cold storage facilities to hot industrial environments.
Application scenarios
5G Base Stations: Distribute signals across antennas in telecom infrastructure.
In-Building DAS (Distributed Antenna Systems): Enhance coverage in offices, malls, or stadiums.
Public Safety Networks: Reliable for fire/police radio systems requiring precise signal splitting.
FAQ
Q:What’s the max input power in splitter mode?
A:Supports 50W continuous power; combiner mode handles up to 3W.
Q:Is this suitable for outdoor use?
A:Designed for indoor environments; no IP rating for outdoor protection.
Q:What connectors are used?
A:N-Female connectors (50Ω) for secure RF connections.
Q:Can it handle 5G frequencies?
A:Yes, optimized for 698–3800MHz (includes 5G sub-6GHz bands).
Q:Does it include mounting hardware?
A:No, but compact size allows easy integration into standard racks.
Q:What’s the phase balance accuracy?
A:±3° for synchronized signal distribution.
Q:Is the surface finish corrosion-resistant?
A:Yes, sandblasted conductive oxidation ensures longevity.
SN | Parameters | Specifications |
1 | Frequency Range | 698～3800 MHz |
2 | Insertion Loss | ≤ 0.8dB（Excluding theoretical loss 3.0dB） |
3 | Input Port VSWR | Typ.1.11 / Max.1.25 |
4 | Output Port VSWR | Typ.1.10 / Max.1.20 |
5 | Isolation | Typ.26dB / Min.20dB |
6 | Amplitude Balance | ±0.2dB |
7 | Phase Balance | ±3 ° |
8 | Impedance | 50 Ohms |
9 | Input/Output Connectors | N-Female； |
10 | Power Rating | Splitter 50W; Combiner 3W |
11 | Operation Temperature | -30℃ ~ +85℃ |
12 | Surface Finishing | Sandblasting natural color conductive oxidation |
13 | Outline Dimensions | 65*66*20（ mm） |
14 | Weight | 100（g） |
Product Introduction
Broad Frequency Range：The GLMPD2N 2 - way power divider covers an extensive frequency range from 698 to 3800 MHz. This wide - band functionality makes it adaptable to various wireless communication systems, supporting different frequency - based applications.
Low Insertion Loss：With an insertion loss of ≤0.8dB (excluding the theoretical 3.0dB loss), the GLMPD2N minimizes signal degradation during power division. This ensures that the power split among output ports is efficient, maintaining strong and reliable signals for connected devices.
Good VSWR Performance：It has a typical input port VSWR of 1.11 and a maximum of 1.25, while the output ports have a typical VSWR of 1.10 and a maximum of 1.20. Low VSWR values indicate efficient power transfer and minimal signal reflection, enhancing the overall performance of the power divider.
High Isolation and Balanced Outputs：The GLMPD2N offers a typical isolation of 26dB and a minimum of 20dB between output ports, preventing signal interference. Additionally, it has an amplitude balance of ±0.2dB and a phase balance of ±3 °, ensuring consistent and stable output signals for each connected device.
Wide Operating Temperature Range：Operating within a temperature range of - 30 ℃ to +85 ℃, the GLMPD2N can function in diverse environmental conditions. This wide - range tolerance makes it suitable for use in different climates and applications, from cold storage facilities to hot industrial environments.
Application scenarios
5G Base Stations: Distribute signals across antennas in telecom infrastructure.
In-Building DAS (Distributed Antenna Systems): Enhance coverage in offices, malls, or stadiums.
Public Safety Networks: Reliable for fire/police radio systems requiring precise signal splitting.
FAQ
Q:What’s the max input power in splitter mode?
A:Supports 50W continuous power; combiner mode handles up to 3W.
Q:Is this suitable for outdoor use?
A:Designed for indoor environments; no IP rating for outdoor protection.
Q:What connectors are used?
A:N-Female connectors (50Ω) for secure RF connections.
Q:Can it handle 5G frequencies?
A:Yes, optimized for 698–3800MHz (includes 5G sub-6GHz bands).
Q:Does it include mounting hardware?
A:No, but compact size allows easy integration into standard racks.
Q:What’s the phase balance accuracy?
A:±3° for synchronized signal distribution.
Q:Is the surface finish corrosion-resistant?
A:Yes, sandblasted conductive oxidation ensures longevity.
