| Brand | MTS Systemtechnik |
|---|---|
| Frequency Range | DC-8000 MHz, model-dependent |
| Number of Ports | 2 to 12-way |
| Connector Type | N, SMA |
PD Series Power Dividers & Combiners
Key Features
- 2-way to 12-way power dividers and combiners, DC to 8 GHz depending on model
- N and SMA connector variants across most port counts
- Bidirectional: the same unit splits a source signal into equal outputs or combines multiple signals into one
- Resistive signal divider (RS series) for very wideband, non-critical-phase applications
| Model | Description |
|---|---|
| PD-31700 | 2-way power splitter / combiner 200W, 30-600 MHz – N. |
| PD-31190 | 8-way power divider / combiner 10-1000 MHz – SMA. |
| PD-30153 | 8-way power divider / combiner DC-600 MHz – N. |
| PD-30051 | 8-way power divider / combiner 0.5-8 GHz – N. |
| PD-30050 | 8-way power divider / combiner 0.5-8 GHz – SMA. |
| PD-30031 | 4-way power divider / combiner 0.5-8 GHz – N. |
| PD-30030 | 4-way power divider / combiner 0.5-8 GHz – SMA. |
| PD-30015 | 9-way power divider / combiner DC-3 GHz – SMA. |
| PD-30011 | 2-way power divider / combiner 0.5-8 GHz – N. |
| PD-30010 | 2-way power divider / combiner 0.5-8 GHz – SMA. |
| PD-29835 | 12-way power divider / combiner 20-1000 MHz – SMA. |
| PD-28501 | 6-way power divider / combiner 0.5-6 GHz – N. |
| PD-28500 | 6-way power divider / combiner 0.5-6 GHz – SMA. |
| PD-26299 | 2-way power divider / combiner DC-6 GHz – SMA. |
| PD-26001 | 8-way power divider / combiner 0.5-6 GHz – N. |
| PD-26000 | 8-way power divider / combiner 0.5-6 GHz – SMA. |
| PD-25896 | 4-way power divider / combiner 0.5-6 GHz – SMA. |
| PD-25443 | 4-way power divider / combiner 0.5-6 GHz – N. |
| PD-25442 | 4-way power divider / combiner 0.5-6 GHz – SMA. |
| PD-25418 | 2-way power divider / combiner 0.5-6 GHz – N. |
| PD-25417 | 2-way power divider / combiner 0.5-6 GHz – SMA. |
| PD-25080 | 6-way power divider / combiner DC-3 GHz – N. |
| PD-25079 | 6-way power divider / combiner DC-3 GHz – SMA. |
| PD-24915 | 3-way power divider / combiner 0.5-4 GHz – N. |
| PD-24901 | 3-way power divider / combiner 0.5-4 GHz – SMA. |
| PD-24136 | 8-way power divider / combiner 0.4-4 GHz – N. |
| PD-24135 | 8-way power divider / combiner 0.4-4 GHz – SMA. |
| PD-23984 | 4-way power divider / combiner 0.4-4 GHz – N. |
| PD-23983 | 4-way power divider / combiner 0.4-4 GHz – SMA. |
| PD-23895 | 2-way power divider / combiner 0.4-4 GHz – N. |
| PD-23894 | 2-way power divider / combiner 0.4-4 GHz – SMA. |
| PD-00000-47 | Resistive signal divider, RS series. |
PD Series Power Dividers & Combiners
MTS power dividers and combiners split an RF signal into multiple equal-amplitude, equal-phase outputs, or combine several inputs into one, for signal distribution and multi-path test setups from DC up to 8 GHz. The range covers 2-way to 12-way units in N and SMA connector variants, plus a resistive divider series for very wideband use.Who Is the PD Series For?
Test engineers who need to distribute one RF source to multiple measurement points, or combine several signal paths into one, in EMC, telecom and general RF/microwave test setups.Available Models & Accessories
The range runs from 2-way to 12-way dividers/combiners in N and SMA connector variants across several frequency sub-bands from DC to 8 GHz, plus a resistive signal divider for wideband use. Custom divider configurations are available on request.Broad port-count range in one family.
From 2-way to 12-way dividers/combiners cover single-split applications up to multi-point signal distribution without switching product lines.
DC to 8 GHz coverage across the range.
Individual models span sub-bands from DC up to 8 GHz, so a matching divider exists for HF, VHF/UHF and microwave test setups alike.
N and SMA in the same port counts.
Most divider counts are available in both connector types, simplifying integration into existing N- or SMA-based test racks.
Resistive option for very wideband use.
The RS series resistive signal divider trades some insertion loss for bandwidth and phase stability across a wider frequency span than reactive designs allow.
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