RF/Microwave Isolator/Circulators

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Part	Manufacturer	RF or Microwave Device Type	Maximum Input Power (CW)	Maximum Voltage Standing Wave Ratio	Construction	Maximum Operating Temperature	Minimum Operating Temperature	Maximum Insertion Loss	Minimum Operating Frequency	Maximum Operating Frequency
272216203841	NXP Semiconductors	3 PORT CIRCULATOR	50.41 dBm	2				.4 dB	157.9 MHz	163.1 MHz
272216205201	NXP Semiconductors	3 PORT CIRCULATOR	50.41 dBm	2				.4 dB	150.9 MHz	156.1 MHz
272216301021	NXP Semiconductors	3 PORT CIRCULATOR	68.13 dBm	1.25	MODULE	40 Cel		.3 dB	2425 MHz	2475 MHz
272216201261	NXP Semiconductors	3 PORT CIRCULATOR	63.01 dBm	1.2	MODULE	40 Cel	-10 Cel	.35 dB	470 MHz	600 MHz
272216102322	NXP Semiconductors	3 PORT CIRCULATOR	53.01 dBm	1.08	WAVEGUIDE	50 Cel	0 Cel	.2 dB	7125 MHz	7750 MHz
272216201781	NXP Semiconductors	3 PORT CIRCULATOR	63.01 dBm	1.25	MODULE	40 Cel	-10 Cel	.35 dB	590 MHz	720 MHz
272216205101	NXP Semiconductors	3 PORT CIRCULATOR	50 dBm	1.25	MODULE	60 Cel	-10 Cel	.5 dB	400 MHz	470 MHz
272216201572	NXP Semiconductors	3 PORT CIRCULATOR	54.77 dBm	1.25	MODULE	60 Cel	-10 Cel	.35 dB	400 MHz	470 MHz
272216203342	NXP Semiconductors	3 PORT CIRCULATOR	46.99 dBm	1.3	MODULE	60 Cel	-10 Cel	1.3 dB	96 MHz	146 MHz
272216205351	NXP Semiconductors	3 PORT CIRCULATOR	40 dBm	1.2	MODULE	50 Cel	-20 Cel	.4 dB	2100 MHz	2500 MHz
VQE1005	NXP Semiconductors	4 PORT CIRCULATOR	53.98 dBm	1.2		85 Cel	-10 Cel	.5 dB	455 MHz	475 MHz
272216202963	NXP Semiconductors	ISOLATOR	43.01 dBm	1.25	MODULE	50 Cel	0 Cel	.6 dB	153.5 MHz	156.5 MHz
272216205755	NXP Semiconductors	3 PORT CIRCULATOR	50.41 dBm		MODULE	60 Cel	0 Cel	.5 dB	146 MHz	174 MHz
272216205971	NXP Semiconductors	3 PORT CIRCULATOR	61.76 dBm	1.25	MODULE	40 Cel	-10 Cel	.35 dB	173 MHz	204 MHz
272216202712	NXP Semiconductors	ISOLATOR	43.01 dBm	2				.5 dB	400 MHz	470 MHz
VKB1008	NXP Semiconductors	4 PORT CIRCULATOR	53.98 dBm	1.25		30 Cel		.8 dB	155 MHz	174 MHz
272216203411	NXP Semiconductors	3 PORT CIRCULATOR	50 dBm	1.25	MODULE	60 Cel	-10 Cel	.5 dB	400 MHz	470 MHz
272216207601	NXP Semiconductors	3 PORT CIRCULATOR	43.98 dBm	1.25	MODULE	50 Cel	0 Cel	.45 dB	1700 MHz	2700 MHz
272216202651	NXP Semiconductors	ISOLATOR	41.76 dBm	2				.4 dB	1760 MHz	1940 MHz
272216205381	NXP Semiconductors	3 PORT CIRCULATOR	58.45 dBm	1.25	MODULE	65 Cel	5 Cel	.4 dB	590 MHz	720 MHz
272216205391	NXP Semiconductors	3 PORT CIRCULATOR	58.45 dBm	1.25	MODULE	65 Cel	5 Cel	.4 dB	710 MHz	860 MHz
272216201491	NXP Semiconductors	3 PORT CIRCULATOR	46.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.5 dB	2000 MHz	4000 MHz
272216203141	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.35 dB	470 MHz	600 MHz
272216202091	NXP Semiconductors	ISOLATOR	46.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.5 dB	2000 MHz	4000 MHz
VBO1030A	NXP Semiconductors	3 PORT CIRCULATOR	47.78 dBm	1.15				.3 dB	1450 MHz	1500 MHz
272216208771	NXP Semiconductors	ISOLATOR	53.62 dBm	1.5	MODULE	60 Cel	-40 Cel	.7 dB	225 MHz	400 MHz
27221632061	NXP Semiconductors	ISOLATOR	64.77 dBm	1.25		50 Cel		.3 dB	2425 MHz	2475 MHz
272216203891	NXP Semiconductors	3 PORT CIRCULATOR	43.01 dBm	1.12	MODULE	50 Cel	0 Cel	.35 dB	1880 MHz	2120 MHz
27221632004	NXP Semiconductors	ISOLATOR	68.13 dBm	1.25		50 Cel		.3 dB	2425 MHz	2475 MHz
272216205251	NXP Semiconductors	3 PORT CIRCULATOR	44.77 dBm	1.11	MODULE	55 Cel	0 Cel	.3 dB	1700 MHz	2100 MHz
VNE876A	NXP Semiconductors	4 PORT CIRCULATOR	50 dBm						460 MHz	470 MHz
272216203901	NXP Semiconductors	3 PORT CIRCULATOR	43.01 dBm	1.12	MODULE	50 Cel	0 Cel	.35 dB	2080 MHz	2320 MHz
272216202221	NXP Semiconductors	ISOLATOR	36.99 dBm	1.3	MODULE	70 Cel	-10 Cel	.6 dB	12000 MHz	18000 MHz
272216205981	NXP Semiconductors	3 PORT CIRCULATOR	61.76 dBm	1.25	MODULE	40 Cel	-10 Cel	.35 dB	200 MHz	230 MHz
272216202111	NXP Semiconductors	ISOLATOR	40 dBm	1.25	MODULE	70 Cel	-10 Cel	.5 dB	4000 MHz	8000 MHz
272216203641	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	60 Cel	-10 Cel	.35 dB	160 MHz	178 MHz
272216201331	NXP Semiconductors	3 PORT CIRCULATOR	63.01 dBm	1.25	MODULE	40 Cel	-10 Cel	.35 dB	600 MHz	800 MHz
272216203951	NXP Semiconductors	3 PORT CIRCULATOR	43.01 dBm	1.25	MODULE	55 Cel	0 Cel	.3 dB	1700 MHz	2300 MHz
272216201941	NXP Semiconductors	3 PORT CIRCULATOR	51.76 dBm	1.35	MODULE	70 Cel	0 Cel	.35 dB	270 MHz	330 MHz
VAB1009	NXP Semiconductors	3 PORT CIRCULATOR	53.98 dBm	1.25		30 Cel		.4 dB	160 MHz	175 MHz
272216203811	NXP Semiconductors	3 PORT CIRCULATOR	46.99 dBm	1.25	MODULE	60 Cel	-10 Cel	.5 dB	790 MHz	1000 MHz
272216205571	NXP Semiconductors	3 PORT CIRCULATOR		1.35	MODULE	65 Cel	-15 Cel	.5 dB	1350 MHz	2100 MHz
272216202953	NXP Semiconductors	ISOLATOR	43.01 dBm	1.25	MODULE	50 Cel	0 Cel	.6 dB	144.5 MHz	147.5 MHz
272216201501	NXP Semiconductors	3 PORT CIRCULATOR	46.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.5 dB	2000 MHz	4000 MHz
272216202921	NXP Semiconductors	ISOLATOR	48.45 dBm	1.25	MODULE	60 Cel	-10 Cel	.8 dB	460 MHz	468 MHz
272216207801	NXP Semiconductors	3 PORT CIRCULATOR	46.53 dBm	1.15				.35 dB	1805 MHz	1880 MHz
272216202541	NXP Semiconductors	ISOLATOR	30 dBm	1.22				.4 dB	1760 MHz	1940 MHz
272216207661	NXP Semiconductors	3 PORT CIRCULATOR	53.01 dBm	1.35	MODULE	60 Cel	0 Cel	.4 dB	610 MHz	860 MHz

RF/Microwave isolators and circulators are two types of passive electromagnetic devices that are commonly used in RF and microwave systems. These devices are used to control the flow of electromagnetic energy in a system, and are essential for isolating and protecting components from unwanted signal reflections.

An isolator is a two-port device that allows electromagnetic energy to flow in only one direction. It is typically used to protect RF and microwave components, such as amplifiers, from reflected energy and to improve the overall performance of a system. Isolators are used in a variety of applications, including radar systems, communication systems, and test and measurement equipment.

A circulator is a three-port device that allows electromagnetic energy to flow in a specific sequence through the ports. The energy entering port 1 is directed to port 2, while the energy entering port 2 is directed to port 3, and so on. Circulators are typically used to isolate and protect components from unwanted signal reflections, as well as to provide a means of combining and separating signals in a system. They are commonly used in microwave and RF communication systems, as well as in satellite and radar systems.