Reactive – 50 Ohm Power Dividers/Combiners

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JFW's online 50 Ohm reative power divider/combiner models are listed in the table below. If you can't find an online reative power divider/combiner model to meet your requirments, please contact JFW at sales@jfwindustries.com. With a wide variety of resistive and reactive power dividers/cominers, JFW has solutions to fit your specific RF signal splitting/combining application.

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JFW Model #	Configuration	Frequency Start	Frequency Stop	RF Input Power	RF Connectors	Documents	Buy or Quote
50PD-223	2-Way	800 MHz	2200 MHz	5 Watts	SMA, BNC, N, TNC or Reverse Polarity TNC Female	Specs Drawing	Quote
50PD-224	3-Way	800 MHz	2200 MHz	5 Watts	SMA, BNC, N, TNC or Reverse Polarity TNC Female	Specs Drawing	Quote
50PD-232	2-Way	800 MHz	2200 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-233	4-Way	800 MHz	2200 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-234	8-Way	800 MHz	2200 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-254	2-Way	800 MHz	3000 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-255	4-Way	800 MHz	3000 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-282	8-Way	800 MHz	3000 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-287	2-Way	800 MHz	3000 MHz	5 Watts	SMA, N, TNC or Reverse Polarity TNC Female	Specs Drawing	Quote
50PD-445	2-Way	400 MHz	3000 MHz	10 Watts	TNC, N or SMA Female	Specs Drawing	Quote
50PD-454	4-Way	800 MHz	2200 MHz	5 Watts	N, SMA, BNC or TNC Female	Specs Drawing	Quote
50PD-455	6-Way	800 MHz	2200 MHz	5 Watts	N, SMA, BNC or TNC Female	Specs Drawing	Quote
50PD-456	8-Way	800 MHz	2200 MHz	5 Watts	N, SMA, BNC or TNC Female	Specs Drawing	Quote
50PD-485	8-Way	800 MHz	3000 MHz	5 Watts	SMA, TNC or N Female	Specs Drawing	Quote
50PD-495	2-Way	800 MHz	2200 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-496	4-Way	800 MHz	2200 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-497	8-Way	800 MHz	2200 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-525	3-Way	800 MHz	3000 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-559-SMA	2-Way	800 MHz	2400 MHz	5 Watts	SMA Female	Specs Drawing	Buy or Quote
50PD-560-SMA	4-Way	800 MHz	2400 MHz	5 Watts	SMA Female	Specs Drawing	Buy or Quote
50PD-567	4-Way	800 MHz	3000 MHz	5 Watts	N, SMA, BNC or TNC Female	Specs Drawing	Quote
50PD-570-SMA	8-Way	800 MHz	2400 MHz	5 Watts	SMA Female	Specs Drawing	Buy or Quote
50PD-585-N	2-Way	800 MHz	2400 MHz	5 Watts	N Female	Specs Drawing	Buy or Quote
50PD-589-N	4-Way	800 MHz	2400 MHz	5 Watts	N Female	Specs Drawing	Buy or Quote
50PD-634	2-Way	2000 MHz	6 GHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-638	4-Way	2000 MHz	6 GHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-639	2-Way	500 MHz	2500 MHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-647	8-Way	2000 MHz	6 GHz	5 Watts	SMA Female	Specs Drawing	Quote
50PD-659-SMA	2-Way	700 MHz	3000 MHz	5 Watts	SMA Female	Specs Drawing	Buy or Quote
50PD-660-SMA	4-Way	700 MHz	3000 MHz	5 Watts	SMA Female	Specs Drawing	Buy or Quote
50PD-681	2-Way	700 MHz	2700 MHz	100 Watts	SMA or N	Specs Drawing	Quote
50PD-682	4-Way	700 MHz	2700 MHz	100 Watts	SMA or N	Specs Drawing	Quote

Characteristics of Reative Power Dividers/Combiners:

- Reactive Power dividers/combiners can be used to combine several signals or split a single signal.

- From the common port to any of the combiner ports a reactive power divider/combiner has insertion loss. Typical 2-way reactive insertion loss is 3.5dB.

- From one combiner port to another combiner port a reactive power divider/combiner has isolation. Typical reactive isolation is 20dB minimum.

- A reactive power divider/combiner has much lower insertion loss than a resistive power divider/combiner. Example: 2-way reactive = 3dB, 2-way resistive = 6dB