TRANSITION PRODUCTS 1 Adjacent Waveguide Transition 2 Retangular-Circular Waveguide Transition 3 Non-Adjacent Waveguide Transition 4 Retangular-Retangular Waveguide Transition 5 Retangular-Square Transition Waveguide Component 6 Retangular-Ridge Transition Waveguide Components 7 Square-Ridge Waveguide Transition Components 8 Square-Square Transition Waveguide 9 Circular-Circular Waveguide Transition 10 Circular-Ridge Waveguide Transition
Adjacent Waveguide Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Retangular-Circular Waveguide Transition
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguides Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Non-Adjacent Waveguide Transition
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguide Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Waveguide Transition Component
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguides Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Transition Waveguide Components
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguides Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Transition Waveguide Components
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguides Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Waveguide Transition Components
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguide Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Transition Waveguide
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguide Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Waveguide Transition
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguide Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
Circular-Ridge Waveguide Transition
| TRANSITION PRODUCTS | |||||||
| 1 | Adjacent Waveguide Transition | ||||||
| 2 | Retangular-Circular Waveguide Transition | ||||||
| 3 | Non-Adjacent Waveguide Transition | ||||||
| 4 | Retangular-Retangular Waveguide Transition | ||||||
| 5 | Retangular-Square Transition Waveguide Component | ||||||
| 6 | Retangular-Ridge Transition Waveguide Components | ||||||
| 7 | Square-Ridge Waveguide Transition Components | ||||||
| 8 | Square-Square Transition Waveguide | ||||||
| 9 | Circular-Circular Waveguide Transition | ||||||
| 10 | Circular-Ridge Waveguide Transition | ||||||
Adjacent Waveguide Transition
【PRODUCT DESCRIPTION】
Overlapping frequency range between adjacent waveguide working frequencies is working frequency range for transition waveguide.
【DATA SHEET】
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-34WA | 0.35-0.49 | 1000 | BJ3 | WR2300 | BJ4 | WR2100 | FDP/FDM | Aluminum |
HI-45WA | 0.41-0.53 | 1000 | BJ4 | WR2100 | BJ5 | WR1800 | FDP/FDM | Aluminum |
HI-56WA | 0.49-0.62 | 900 | BJ5 | WR1800 | BJ6 | WR1500 | FDP/FDM | Aluminum |
HI-68WA | 0.64-0.75 | 800 | BJ6 | WR1500 | BJ8 | WR1150 | FDP/FDM | Aluminum |
HI-89WA | 0.75-0.98 | 600 | BJ8 | WR1150 | BJ9 | WR975 | FDP/FDM | Aluminum |
HI-912WA | 0.96-1.15 | 500 | BJ9 | WR975 | BJ12 | WR770 | FDP/FDM | Aluminum |
HI-1214WA | 1.13-1.46 | 400 | BJ12 | WR770 | BJ14 | WR650 | FDP/FDM | Aluminum |
HI-1418WA | 1.45-1.73 | 350 | BJ14 | WR650 | BJ18 | WR510 | FDP/FDM | Aluminum |
HI-1822WA | 1.72-2.20 | 300 | BJ18 | WR510 | BJ22 | WR430 | FDP/FDM | Aluminum/Copper |
HI-2226WA | 2.17-2.61 | 250 | BJ22 | WR430 | BJ26 | WR340 | FDP/FDM | Aluminum/Copper |
HI-2632WA | 2.60-3.30 | 200 | BJ26 | WR340 | BJ32 | WR284 | FDP/FDM | Aluminum/Copper |
HI-3240WA | 3.22-3.95 | 200 | BJ32 | WR284 | BJ40 | WR229 | FDP/FDM | Aluminum/Copper |
HI-4048WA | 3.94-4.90 | 180 | BJ40 | WR229 | BJ48 | WR187 | FDP/FDM | Aluminum/Copper |
HI-4858WA | 4.64-5.99 | 180 | BJ48 | WR187 | BJ58 | WR159 | FDP/FDM | Aluminum/Copper |
Model No. | Frequency Range (GHz) | Length (mm) | Port 1 Waveguide Type | Port 2 Waveguide Type | Flange | Material | ||
|
|
| International Standard | EIA | International Standard | EIA |
|
|
HI-5870WA | 5.38-7.05 | 150 | BJ58 | WR159 | BJ70 | WR137 | FDP/FDM | Aluminum/Copper |
HI-7084WA | 6.57-8.17 | 130 | BJ70 | WR137 | BJ84 | WR112 | FDP/FDM | Aluminum/Copper |
HI-84100WA | 8.20-9.99 | 100 | BJ84 | WR112 | BJ100 | WR90 | FBP/FBM/FBE | Aluminum/Copper |
HI-100120WA | 9.84-12.4 | 80 | BJ100 | WR90 | BJ120 | WR75 | FBP/FBM/FBE | Aluminum/Copper |
HI-120140WA | 11.9-15.0 | 75 | BJ120 | WR75 | BJ140 | WR62 | FBP/FBM/FBE | Aluminum/Copper |
HI-140180WA | 14.5-18.0 | 60 | BJ140 | WR62 | BJ180 | WR51 | FBP/FBM/FBE | Aluminum/Copper |
HI-180220WA | 17.6-22.0 | 50 | BJ180 | WR51 | BJ220 | WR42 | FBP/FBM/FBE | Aluminum/Copper |
HI-220260WA | 21.7-26.7 | 50 | BJ220 | WR42 | BJ260 | WR34 | FBP/FBM/FBE | Aluminum/Copper |
HI-260320WA | 26.3-33.0 | 50 | BJ260 | WR34 | BJ320 | WR28 | FBP/FBM/FBE | Aluminum/Copper |
HI-320400WA | 32.9-40.0 | 50 | BJ320 | WR28 | BJ400 | WR22 | FBP/FBM/FBE | Aluminum/Copper |
HI-400500WA | 39.2-50.1 | 50 | BJ400 | WR22 | BJ500 | WR19 | FUGP | Copper |
HI-500620WA | 49.8-59.6 | 50 | BJ500 | WR19 | BJ620 | WR14 | FUGP | Copper |
HI-620740WA | 60.5-75.8 | 50 | BJ620 | WR14 | BJ740 | WR12 | FUGP | Copper |
HI-740900WA | 73.8-91.9 | 50 | BJ740 | WR12 | BJ900 | WR10 | FUGP | Copper |
Non-Adjacent Waveguide Transition
【PRODUCTION DESCRIPTION】
Working frequency range for High frequency transition waveguide will be generally customized. Input will start from small -size waveguide port. There will be possibility of high-order mode surrounding input waveguide as such waveguide port is relatively large. Therefore, all above should be fully considered for waveguide connection and performance of connecting parts.
Retangular-Circular Waveguide Transition
【PRODUCTION DESCRIPTION】
Rectangular – circular transition waveguide is to transit standard rectangular waveguide TE10 Mode to circular waveguide TE 11 Mode. Diameter of circular waveguide should be selected properly as its TE11 Mode is not lowest-order mode. It’s much better to select larger size circular waveguide port if working frequency is allowed. In this way, performance such as VSWR, phase and attenuation will be better. Non-standard and non-TE11 Mode transitions can be customized.
【DATA SHEET】
Model No. | Waveguide Type | Inner Diameter of Circular Waveguide(mm) | Length (mm) | VSWR (Max.) |
WR10 | 2.388 | 50 | 1.2 | |
WR12 | 3.175 | 50 | 1.17 | |
WR15 | 3.581 | 50 | 1.15 | |
WR19 | 4.369 | 50 | 1.12 | |
WR22 | 5.563 | 50 | 1.1 | |
WR28 | 7.137 | 60 | 1.07 | |
WR34 | 8.331 | 60 | 1.07 | |
WR42 | 9.525 | 75 | 1.07 | |
WR51 | 12.7 | 75 | 1.07 | |
WR62 | 15.088 | 90 | 1.07 | |
WR75 | 17.415 | 90 | 1.06 | |
WR90 | 23.852 | 110 | 1.06 | |
WR112 | 27.788 | 120 | 1.05 | |
WR137 | 32.537 | 140 | 1.05 | |
WR159 | 38.1 | 170 | 1.05 | |
WR187 | 44.45 | 210 | 1.05 | |
WR229 | 51.99 | 260 | 1.05 | |
WR284 | 71.42 | 335 | 1.05 | |
WR340 | 83.62 | 400 | 1.07 | |
WR430 | 97.87 | 450 | 1.1 | |
WR510 | 114.58 | 500 | 1.1 | |
WR650 | 157 | 650 | 1.1 |
Contact us for details of other types.
