S-Band High Power Distributed 3-Port Circulator
8 MW Peak Power, 35 KW Average Power
Model #102885
Unit Specifications
Unit Specifications
Peak Power |
8 MW |
Center
Frequency |
2.856 GHz |
Average Power |
35 KW |
|
|
Flanges |
CPR284F |
VSWR
(Port 1) |
1.10 max |
Water Flow |
4 GPM (minimum) |
|
|
Water Temperature |
35º to 40ºC (tested & optimized @ 38ºC) |
Isolation
(Port 2 to Port 1) |
>33 db |
Gas Pressure |
35 PSIG SF 6 |
|
|
Length |
29.3″ (745 mm) |
Insertion
(Port 1 to Port 2) |
<0.25 db |
Overview
This high power S-Band circulator is based on EM Design’s unique patented concept. It is especially attractive for isolating reflection from resonant accelerators or other similar devices. This circulator is set for the 2.856 GHz frequency, but can be readily optimized for other frequencies, including 2.998 GHz. Typically, in isolator applications, a good high power load (such as our Model #RQ284-3.0) should be attached to receive the reflected power.
The circulator is broadband, yet has very good narrow band specifications. Our customers are pleased with the improved system performance achieved by this design.
S Band 3 Port Circulator 35kw AVG.PDF
Patent No. 6,407,646
S-Band High Power Distributed 3-Port Circulator
8 MW Peak Power, 35 KW Average Power
Model #102885
Unit Specifications
Unit Specifications
Frequency
(Port 1)
(Port 2 to Port 1)
(Port 1 to Port 2)
Overview
This high power S-Band circulator is based on EM Design’s unique patented concept. It is especially attractive for isolating reflection from resonant accelerators or other similar devices. This circulator is set for the 2.856 GHz frequency, but can be readily optimized for other frequencies, including 2.998 GHz. Typically, in isolator applications, a good high power load (such as our Model #RQ284-3.0) should be attached to receive the reflected power.
The circulator is broadband, yet has very good narrow band specifications. Our customers are pleased with the improved system performance achieved by this design.
S Band 3 Port Circulator 35kw AVG.PDF
Patent No. 6,407,646