4 PORT CIRCULATOR RF/Microwave Isolator/Circulators 14

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Manufacturers
    • M/a-com Technology Solutions
    • Murata Manufacturing
    • NXP Semiconductors
    • Rf Circulator Isolator
    • Skyworks Solutions
    • TDK
    • Toshiba
RF or Microwave Device Type (1)
    • 4 PORT CIRCULATOR
    • 3 PORT CIRCULATOR
    • ISODUCTOR
    • ISOLATOR
Mounting Feature
    • PANEL MOUNT
No. of Terminals
    • 3
Maximum Input Power (CW)
    • 30 dBm
    • 33.98 dBm
    • 36.99 dBm
    • 40 dBm
    • 41.76 dBm
    • 43.01 dBm
    • 43.98 dBm
    • 44.77 dBm
    • 45.44 dBm
    • 46.02 dBm
    • 46.53 dBm
    • 46.99 dBm
    • 47.78 dBm
    • 48.45 dBm
    • 48.75 dBm
    • 49.03 dBm
    • 50 dBm
    • 50.41 dBm
    • 50.79 dBm
    • 51.14 dBm
    • 51.76 dBm
    • 53.01 dBm
    • 53.62 dBm
    • 53.98 dBm
    • 54.77 dBm
    • 55.12 dBm
    • 56.99 dBm
    • 58.45 dBm
    • 60 dBm
    • 61.76 dBm
    • 63.01 dBm
    • 64.77 dBm
    • 68.13 dBm
Maximum Voltage Standing Wave Ratio
    • 1.05
    • 1.08
    • 1.1
    • 1.11
    • 1.12
    • 1.15
    • 1.17
    • 1.18
    • 1.2
    • 1.22
    • 1.25
    • 1.3
    • 1.35
    • 1.4
    • 1.5
    • 1.6
    • 1.65
    • 2
Construction
    • COMPONENT
    • MODULE
    • WAVEGUIDE
Characteristic Impedance
    • 50 ohm
Maximum Operating Temperature
    • 115 Cel
    • 30 Cel
    • 35 Cel
    • 40 Cel
    • 45 Cel
    • 50 Cel
    • 55 Cel
    • 60 Cel
    • 65 Cel
    • 70 Cel
    • 80 Cel
    • 85 Cel
    • 90 Cel
    • 95 Cel
Minimum Operating Temperature
    • -10 Cel
    • -15 Cel
    • -20 Cel
    • -25 Cel
    • -30 Cel
    • -35 Cel
    • -40 Cel
    • -54 Cel
    • -55 Cel
    • 0 Cel
    • 10 Cel
    • 5 Cel
Terminal Finish
    • GOLD
    • Gold (Au)
    • Silver (Ag)
Maximum Insertion Loss
    • .2 dB
    • .25 dB
    • .3 dB
    • .35 dB
    • .4 dB
    • .45 dB
    • .5 dB
    • .6 dB
    • .64 dB
    • .7 dB
    • .75 dB
    • .8 dB
    • .9 dB
    • 1 dB
    • 1.2 dB
    • 1.3 dB
    • 1.4 dB
    • 1.5 dB
Additional Features
    • I/P POWER-MAX (PEAK)=1000W
    • I/P POWER-MAX (PEAK)=1500W
    • I/P POWER-MAX (PEAK)=2250W
    • I/P POWER-MAX (PEAK)=250W
    • I/P POWER-MAX (PEAK)=500W
JESD-609 Code
    • e4
Minimum Operating Frequency
    • 100 MHz
    • 118 MHz
    • 1200 MHz
    • 12000 MHz
    • 1215 MHz
    • 1230 MHz
    • 1270 MHz
    • 132 MHz
    • 135 MHz
    • 1350 MHz
    • 138 MHz
    • 140 MHz
    • 1427 MHz
    • 144.5 MHz
    • 1450 MHz
    • 146 MHz
    • 1470 MHz
    • 148 MHz
    • 150.9 MHz
    • 153.5 MHz
    • 155 MHz
    • 156 MHz
    • 157.9 MHz
    • 1590 MHz
    • 160 MHz
    • 161 MHz
    • 16100 MHz
    • 165.4 MHz
    • 1680 MHz
    • 170 MHz
    • 1700 MHz
    • 173 MHz
    • 176.5 MHz
    • 1760 MHz
    • 1805 MHz
    • 1850 MHz
    • 1880 MHz
    • 1890 MHz
    • 1900 MHz
    • 1930 MHz
    • 195 MHz
    • 200 MHz
    • 200.5 MHz
    • 2000 MHz
    • 201 MHz
    • 2080 MHz
    • 2100 MHz
    • 216 MHz
    • 225 MHz
    • 230 MHz
    • 2300 MHz
    • 2350 MHz
    • 2425 MHz
    • 2450 MHz
    • 2620 MHz
    • 270 MHz
    • 3000 MHz
    • 330 MHz
    • 3800 MHz
    • 400 MHz
    • 4000 MHz
    • 406 MHz
    • 4200 MHz
    • 424 MHz
    • 433 MHz
    • 440 MHz
    • 4400 MHz
    • 450 MHz
    • 455 MHz
    • 460 MHz
    • 462 MHz
    • 470 MHz
    • 54 MHz
    • 550 MHz
    • 590 MHz
    • 5925 MHz
    • 600 MHz
    • 610 MHz
    • 6400 MHz
    • 6425 MHz
    • 66 MHz
    • 68 MHz
    • 7000 MHz
    • 710 MHz
    • 7125 MHz
    • 72 MHz
    • 729 MHz
    • 73 MHz
    • 74.5 MHz
    • 790 MHz
    • 7900 MHz
    • 8000 MHz
    • 806 MHz
    • 82 MHz
    • 8200 MHz
    • 83 MHz
    • 8500 MHz
    • 860 MHz
    • 870 MHz
    • 88 MHz
    • 880 MHz
    • 8900 MHz
    • 925 MHz
    • 930 MHz
    • 935 MHz
    • 96 MHz
    • 960 MHz
Maximum Operating Frequency
    • 1000 MHz
    • 101 MHz
    • 10400 MHz
    • 108 MHz
    • 11200 MHz
    • 12000 MHz
    • 1215 MHz
    • 1225 MHz
    • 12400 MHz
    • 1365 MHz
    • 1400 MHz
    • 141 MHz
    • 1415 MHz
    • 144 MHz
    • 146 MHz
    • 147.5 MHz
    • 150 MHz
    • 1500 MHz
    • 1535 MHz
    • 156.1 MHz
    • 156.5 MHz
    • 157 MHz
    • 162 MHz
    • 1620 MHz
    • 163 MHz
    • 163.1 MHz
    • 164 MHz
    • 165 MHz
    • 170.6 MHz
    • 1700 MHz
    • 174 MHz
    • 175 MHz
    • 178 MHz
    • 17800 MHz
    • 1800 MHz
    • 18000 MHz
    • 183.5 MHz
    • 1850 MHz
    • 1880 MHz
    • 1910 MHz
    • 1920 MHz
    • 1940 MHz
    • 1990 MHz
    • 1995 MHz
    • 204 MHz
    • 205 MHz
    • 207.5 MHz
    • 209 MHz
    • 2100 MHz
    • 2110 MHz
    • 2120 MHz
    • 230 MHz
    • 2300 MHz
    • 2320 MHz
    • 2400 MHz
    • 2475 MHz
    • 2500 MHz
    • 260 MHz
    • 2690 MHz
    • 270 MHz
    • 2700 MHz
    • 2850 MHz
    • 310 MHz
    • 330 MHz
    • 400 MHz
    • 4000 MHz
    • 414 MHz
    • 4200 MHz
    • 431 MHz
    • 435 MHz
    • 4400 MHz
    • 459 MHz
    • 468 MHz
    • 470 MHz
    • 475 MHz
    • 5000 MHz
    • 60 MHz
    • 600 MHz
    • 6000 MHz
    • 610 MHz
    • 6425 MHz
    • 650 MHz
    • 7100 MHz
    • 7125 MHz
    • 72 MHz
    • 720 MHz
    • 73 MHz
    • 74 MHz
    • 75.5 MHz
    • 756 MHz
    • 7750 MHz
    • 800 MHz
    • 8000 MHz
    • 84 MHz
    • 860 MHz
    • 88 MHz
    • 950 MHz
    • 960 MHz
    • 9600 MHz
    • 965 MHz
Reset All
Part RoHS Manufacturer RF or Microwave Device Type Mounting Feature No. of Terminals Maximum Input Power (CW) Maximum Voltage Standing Wave Ratio Construction Characteristic Impedance Maximum Operating Temperature Minimum Operating Temperature Terminal Finish Maximum Insertion Loss Additional Features JESD-609 Code Minimum Operating Frequency Maximum Operating Frequency

VNE887A

NXP Semiconductors

4 PORT CIRCULATOR

50 dBm

424 MHz

431 MHz

272216204143

NXP Semiconductors

4 PORT CIRCULATOR

53.98 dBm

1.25

MODULE

60 Cel

0 Cel

.8 dB

146 MHz

174 MHz

VKB1007

NXP Semiconductors

4 PORT CIRCULATOR

53.98 dBm

1.25

30 Cel

.8 dB

146 MHz

164 MHz

VQE1005

NXP Semiconductors

4 PORT CIRCULATOR

53.98 dBm

1.2

85 Cel

-10 Cel

.5 dB

455 MHz

475 MHz

VKB1008

NXP Semiconductors

4 PORT CIRCULATOR

53.98 dBm

1.25

30 Cel

.8 dB

155 MHz

174 MHz

VNE876A

NXP Semiconductors

4 PORT CIRCULATOR

50 dBm

460 MHz

470 MHz

VFJ878A

NXP Semiconductors

4 PORT CIRCULATOR

46.02 dBm

1.2

85 Cel

-10 Cel

.35 dB

925 MHz

960 MHz

272216204031

NXP Semiconductors

4 PORT CIRCULATOR

40 dBm

1.12

70 Cel

-10 Cel

.25 dB

3800 MHz

4200 MHz

272216204051

NXP Semiconductors

4 PORT CIRCULATOR

44.77 dBm

1.11

55 Cel

0 Cel

.25 dB

1700 MHz

2100 MHz

272216204142

NXP Semiconductors

4 PORT CIRCULATOR

53.98 dBm

1.25

MODULE

60 Cel

0 Cel

.8 dB

146 MHz

174 MHz

272216204061

NXP Semiconductors

4 PORT CIRCULATOR

44.77 dBm

1.11

55 Cel

0 Cel

.25 dB

1900 MHz

2300 MHz

272216204101

NXP Semiconductors

4 PORT CIRCULATOR

44.77 dBm

1.11

MODULE

55 Cel

0 Cel

.4 dB

1900 MHz

2300 MHz

272216204091

NXP Semiconductors

4 PORT CIRCULATOR

44.77 dBm

1.11

MODULE

55 Cel

0 Cel

.4 dB

1700 MHz

2100 MHz

272216204041

NXP Semiconductors

4 PORT CIRCULATOR

40 dBm

1.12

70 Cel

-10 Cel

.25 dB

4400 MHz

5000 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.