NXP Semiconductors RF/Microwave Isolator/Circulators 288

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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
272216203332	NXP Semiconductors	3 PORT CIRCULATOR	46.99 dBm	1.3	MODULE	60 Cel	-10 Cel	1.3 dB	96 MHz	146 MHz
272216205321	NXP Semiconductors	3 PORT CIRCULATOR	40 dBm	1.65	MODULE	65 Cel	-25 Cel	.9 dB	600 MHz	960 MHz
272216203421	NXP Semiconductors	3 PORT CIRCULATOR	47.78 dBm	1.35	MODULE	70 Cel	0 Cel	.35 dB	270 MHz	330 MHz
272216207271	NXP Semiconductors	3 PORT CIRCULATOR	51.14 dBm	1.4	MODULE	60 Cel	0 Cel	.7 dB	54 MHz	60 MHz
VGS1029	NXP Semiconductors	3 PORT CIRCULATOR	30 dBm	1.2				.35 dB	1850 MHz	1910 MHz
272216206701	NXP Semiconductors	ISOLATOR		1.35	MODULE	65 Cel	-15 Cel	.5 dB	1350 MHz	2100 MHz
272216203431	NXP Semiconductors	3 PORT CIRCULATOR	40 dBm	1.12	MODULE	70 Cel	-10 Cel	.25 dB	3800 MHz	4200 MHz
272216202501	NXP Semiconductors	ISOLATOR	36.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.4 dB	8900 MHz	9600 MHz
272216209012	NXP Semiconductors	ISODUCTOR	46.02 dBm	1.22	MODULE	60 Cel	0 Cel	.6 dB	140 MHz	260 MHz
272216202681	NXP Semiconductors	ISOLATOR	40 dBm	1.25	MODULE	60 Cel	-10 Cel	.5 dB	600 MHz	800 MHz
272216203722	NXP Semiconductors	3 PORT CIRCULATOR	47.78 dBm	1.6	MODULE	80 Cel	-40 Cel	1.4 dB	225 MHz	400 MHz
272216203211	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.35 dB	710 MHz	860 MHz
272216208901	NXP Semiconductors	ISOLATOR	47.78 dBm	1.25	MODULE	65 Cel	-10 Cel	.5 dB	860 MHz	960 MHz
272216201951	NXP Semiconductors	3 PORT CIRCULATOR	51.76 dBm	1.35	MODULE	70 Cel	0 Cel	.35 dB	330 MHz	400 MHz
272216207411	NXP Semiconductors	3 PORT CIRCULATOR	51.76 dBm	1.35	MODULE	60 Cel	0 Cel	.4 dB	470 MHz	610 MHz
272216203631	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	60 Cel	-10 Cel	.35 dB	173 MHz	204 MHz
272216204101	NXP Semiconductors	4 PORT CIRCULATOR	44.77 dBm	1.11	MODULE	55 Cel	0 Cel	.4 dB	1900 MHz	2300 MHz
272216205562	NXP Semiconductors	3 PORT CIRCULATOR	43.01 dBm	2				.5 dB	1350 MHz	1850 MHz
272216208682	NXP Semiconductors	ISOLATOR	47.78 dBm	1.2	MODULE	85 Cel	-10 Cel	.7 dB	930 MHz	965 MHz
272216302061	NXP Semiconductors	ISOLATOR	64.77 dBm	1.25	MODULE	40 Cel		.3 dB	2425 MHz	2475 MHz
272216206901	NXP Semiconductors	ISOLATOR	43.01 dBm	2				.6 dB	200.5 MHz	207.5 MHz
272216205311	NXP Semiconductors	3 PORT CIRCULATOR	40 dBm	1.2	MODULE	50 Cel	-20 Cel	.4 dB	1700 MHz	2100 MHz
272216205782	NXP Semiconductors	3 PORT CIRCULATOR	53.01 dBm	1.4	MODULE	60 Cel	0 Cel	.7 dB	225 MHz	400 MHz
VBN1012A	NXP Semiconductors	3 PORT CIRCULATOR	50.79 dBm	1.25		95 Cel	-30 Cel	.4 dB	1270 MHz	1400 MHz
272216202631	NXP Semiconductors	ISOLATOR	41.76 dBm	2				.4 dB	1470 MHz	1620 MHz
272216302051	NXP Semiconductors	ISOLATOR
272216204091	NXP Semiconductors	4 PORT CIRCULATOR	44.77 dBm	1.11	MODULE	55 Cel	0 Cel	.4 dB	1700 MHz	2100 MHz
272216203251	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.35 dB	710 MHz	860 MHz
272216302005	NXP Semiconductors	ISOLATOR	68.13 dBm	1.25	MODULE	40 Cel		.3 dB	2425 MHz	2475 MHz
272216203151	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.35 dB	600 MHz	800 MHz
272216201901	NXP Semiconductors	3 PORT CIRCULATOR	60 dBm	1.25	MODULE	40 Cel	-10 Cel	.35 dB	160 MHz	178 MHz
272216201271	NXP Semiconductors	3 PORT CIRCULATOR	63.01 dBm	1.2	MODULE	40 Cel	-10 Cel	.35 dB	710 MHz	860 MHz
272216203231	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.35 dB	600 MHz	800 MHz
272216208911	NXP Semiconductors	ISOLATOR	46.02 dBm	1.2	MODULE	85 Cel	-10 Cel	.35 dB	1805 MHz	1880 MHz
272216206291	NXP Semiconductors	ISOLATOR	50 dBm	2				.5 dB	201 MHz	209 MHz
272216203241	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	70 Cel	-10 Cel	.35 dB	590 MHz	720 MHz
VAJ759G	NXP Semiconductors	ISOLATOR	48.45 dBm	1.2		85 Cel	-10 Cel	.3 dB	935 MHz	960 MHz
272216201891	NXP Semiconductors	3 PORT CIRCULATOR	60 dBm	1.25	MODULE	40 Cel	-10 Cel	.35 dB	173 MHz	204 MHz
272216202732	NXP Semiconductors	ISOLATOR	43.01 dBm	2				.8 dB	73 MHz	74 MHz
272216203621	NXP Semiconductors	3 PORT CIRCULATOR	56.99 dBm	1.25	MODULE	60 Cel	-10 Cel	.35 dB	200 MHz	230 MHz
272216206002	NXP Semiconductors	ISOLATOR	43.01 dBm	2				.6 dB	156 MHz	157 MHz
VAS1024	NXP Semiconductors	3 PORT CIRCULATOR	46.99 dBm	1.15		55 Cel	-10 Cel	.25 dB	1805 MHz	1880 MHz
272216207811	NXP Semiconductors	3 PORT CIRCULATOR	50 dBm	1.5	MODULE	85 Cel	-30 Cel	.8 dB	170 MHz	310 MHz
VFB893	NXP Semiconductors	ISOLATOR	50 dBm	1.3		60 Cel	0 Cel	.6 dB	118 MHz	144 MHz
272216203851	NXP Semiconductors	3 PORT CIRCULATOR	50.41 dBm	2				.4 dB	165.4 MHz	170.6 MHz
272216202492	NXP Semiconductors	ISOLATOR	40 dBm	1.15	MODULE	55 Cel	0 Cel	.4 dB	1427 MHz	1535 MHz
VGE1003A	NXP Semiconductors	ISOLATOR	44.77 dBm	1.2		85 Cel	-10 Cel	.35 dB	460 MHz	470 MHz
272216202024	NXP Semiconductors	ISOLATOR	68.13 dBm	2				.3 dB	2350 MHz	2400 MHz

RF/Microwave Isolator/Circulators

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.