Microwave devices

Circulators and Isolators

Capable of significant high power, phase shift circulators provide the heavyweight end of ferrite device operation.

Bandwidth limitations are primarily due to the Tee and Coupler, though extended performances can be achieved. Out-of-band requirements should be stated with enquiries.

Coaxial Circulators
An extensive range is available, for frequencies from 400 MHz to 18 GHz.

Resonance Isolators
High power capabilities in the range 1.2 GHz to 6.4 GHz, at up to 5 MW peak power.

Microstrip and Stripline Capabilities
e2v has in-house facilities for circuit preparation using thick and thin film techniques on ferrite and garnet substrates, with a large range of proven devices. e2v can design circuits for your application or print your design on the required substrate materials.

Operation
Ferrite junction E&H plane circulators can be configured as isolators (circulators with built-in termination), circulators or as four port device (dual circulators) with optional termination.

 

Product Features

Options for :

  • Isolator (2 port) power dependent on termination
  • Circulators (3port)
  • Dual circulator (4 port)

 

Key Interface Specifications

Electrical:
Frequency Range:  Multiple sub bands @ X & S band as detailed in data sheets

Environmental:
Temperature (operational):  Typ -20 degrees +85 degreesC

Mechanical:
Outlines: as datasheets
Mass: 150 g approx (X band)

 

Datasheets

Type

Ports

Frequency Band

Power

 

Through loss

Load

Data Sheet

 

 

 

Peak

mean

Insertion

 

 

 B3JC1007

 3

 3030 to 3070

 30kW

 30W

 0.3

 N 

  

B3JC1008

3

3030 to 3070

30kW

30W

0.3

N

 

B3JC1626

3

9000 to 9600

100kW

400W

0.3

N

 

B3JC1633

4

9000 to 9600

85kW

85

0.3/0.5

Y

 

B3JC1647

3

9300 to 9500

4kW

4W

0.4

N

 

B3JC1649

3

9300 to 9500

30kW

30W

0.4

N

 

B3JC1651

3

9000 to 9200

30kW

30W

0.4

N

 

B3JC1654

3

9100 to 9300

30kW

30W

0.4

N

 

B3JC1660

3

8850 to 8950

30kW

30W

0.4

N

 

B3JC2205

3

34-36GHz

10KW

10W

0.4

N