High Power Solid-State – 50 Ohm RF Switches

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JFW's online 50 Ohm high power solid-state RF switch models are listed in the table below. The high power RF switch specifications are sortable for easy model selection.

If you can't find a standard 50 Ohm high power solid-state RF switch model to meet your requirements, please contact JFW at sales@jfwindustries.com.

JFW has been designing, manufacturing, and delivering high power RF switches for over 20 years. With our extensive line of high power solid-state RF switch models, JFW has solutions to fit your specific high power coaxial switch applications. If you need a coaxial T/R switch for high power hot switching, JFW's solid-state high power switches have the proven reliablitiy that you demand.

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Click the column headers to sort our online models. For your specific application, please contact JFW for assistance.

JFW Model #	Switch Config.	Switch Type	Frequency Start	Frequency Stop	Switching Speed	RF Input Power	Isolation	Documents	Buy or Quote
50S-1191	1P2T	Reflective	800 MHz	2000 MHz	80 uS	100 Watts (cold switch) 10 Watts (hot switch)	45 dB	Specs Drawing	Quote
50S-1250	1P2T	Reflective	2 MHz	30 MHz	40 uS	125 Watts (cold switch) 20 Watts (hot switch)	50 dB	Specs Drawing	Quote
50S-1256	1P4T	Reflective	30 MHz	512 MHz	60 uS	125 Watts (cold switch) 20 Watts (hot switch)	50 dB	Specs Drawing	Quote
50S-1268	1P2T	Reflective	100 MHz	500 MHz	40 uS	100 Watts (cold switch) 100 Watts (hot switch)	55 dB	Specs Drawing	Quote
50S-1407	1P3T	Reflective	100 MHz	500 MHz	40 uS	250 Watts (cold switch) 20 Watts (hot switch)	50 dB	Specs Drawing	Quote
50S-1422	1P2T	Reflective	100 MHz	500 MHz	40 uS	250 Watts (cold switch) 100 Watts (hot switch)	55 dB	Specs Drawing	Quote
50S-1524	1P6T	Reflective	100 MHz	500 MHz	40 uS	100 Watts (cold switch) 20 Watts (hot switch)	50 dB	Specs Drawing	Quote
50S-1525	1P4T	Reflective	100 MHz	500 MHz	40 uS	100 Watts (cold switch) 20 Watts (hot switch)	50 dB	Specs Drawing	Quote
50S-1554	1P2T	Reflective	20 MHz	500 Mhz	40 uS	150 Watts (hot switch)	50 dB	Specs Drawing	Quote
50S-1559	1P2T	Reflective	20 MHz	1000 MHz	40 uS	150 Watts (cold switch) 50 Watts (hot switch)	50 dB	Specs Drawing	Quote
50S-1820	1P2T	Reflective	800 MHz	2700 MHz	10 uS	100 Watts (cold switch) 30 Watts (hot switch)	75 dB	Specs Drawing	Quote
50S-1821	1P2T	Reflective	800 MHz	3000 MHz	10 uS	75 Watts (cold switch) 30 Watts (hot switch)	75 dB	Specs Drawing	Quote
50S-1832	1P2T	Reflective	960 MHz	1300 MHz	10 uS	200 Watts (cold switch)	40 dB	Specs Drawing	Quote
50S-1887	1P2T	Reflective & SMT	225 MHz	400 MHz	10 uS	100 Watts (cold switch) 20 Watts (hot switch)	55 dB	Specs Drawing	Quote

The 50 Ohm high power solid-state RF switch models listed in the table are only our online models. If you can't find a model in the table that fits your exact 50 Ohm high power solid-state RF switch requirement, please contact JFW. We do not charge NRE's for new RF switch models. We pride ourselves in the ability to offer custom high power RF switch models with the same pricing and delivery as our catalog high power RF switch models.
Send in a request with a list of your required RF specifications and RF input power requirements and JFW will design a high power solid-state RF switch model that meets your specific requirements.

Common solid-state RF Switch Terminology...
Reflective:	Switch ports are high impedance (open) when ports are turned off.
Absorptive:	Ports that are turned off are internally terminated with the proper impedance. (i.e. 75 Ohm impedance models are internally terminated with 75 Ohms.)
Self-terminating:	This term is used interchangeably with “absorptive”. Ports that are turned off are internally terminated with the proper impedance. (i.e. 75 Ohm impedance models are internally terminated with 75 Ohms.)
Hot Switching:	The switch changes state while a RF signal is still being applied to the switch.
Cold Switching:	No RF signal is applied to the RF switch while the RF switch is changes states.
Switching Speed:	Port turning ON = 50% TTL control to 90% of the RF signal. Port turning OFF = 50% TTL control to 10% of the RF signal.
Rise Time:	Port turning ON = 10% of the RF signal to 90% of the RF signal.
Fall Time:	Port turning OFF = 90% of the RF signal to 10% of the RF signal.

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