HYTEM Attenuator Bank Standard Systems
Frequency Range from: 380 MHz - 30 GHz
Standard systems integrate programmable attenuators, which are directly connected from input to output. These systems do not not include additional components.
These are wide band systems, and optional coupling can be performed with external components. These components can be mounted on panels (19″).
Model
Frequency Range
Attenuation Range
Attenuation Step
Attenuation Number
HYTEM Attenuator Bank Standard Systems Specifications
| Model | Frequency Bandwidth | Attenuation Range | Attenuation Step | Attenuation Number | Ways Number | Display | Size |
|---|---|---|---|---|---|---|---|
| 05.02.327 | 380-3000 MHz | 62 dB | 0,5 dB | 4 | 4 | 5" LCD / 800 x 480 | 19" / 2U |
| 05.02.329 | 380-3000 MHz | 62 dB | 0,5 dB | 8 | 8 | 5" LCD / 800 x 480 | 19" / 2U |
| 05.02.333 | 380-3000 MHz | 93 dB | 0,5 dB | 4 | 4 | 5" LCD / 800 x 480 | 19" / 2U |
| 05.02.335 | 380-3000 MHz | 93 dB | 0,5 dB | 8 | 8 | 5" LCD / 800 x 480 | 19" / 2U |
| 05.02.337 | 380-3000 MHz | 93 dB | 0,5 dB | 12 | 12 | 7" LCD / 1024 x 600 | 19" / 4U |
| 05.02.339 | 380-3000 MHz | 93 dB | 0,5 dB | 16 | 16 | 7" LCD / 1024 x 600 | 19" / 4U |
| 05.02.378 | 380-6000 MHz | 93 dB | 0,5 dB | 4 | 4 | 5" LCD / 800 x 480 | 19" / 2U |
| 05.02.379 | 380-6000 MHz | 93 dB | 0,5 dB | 8 | 8 | 5" LCD / 800 x 480 | 19" / 2U |
| 05.02.389 | 380-6000 MHz | 93 dB | 0,5 dB | 16 | 16 | 7" LCD / 1024 x 600 | 19" / 4U |
| 05.02.405 | 380-6000 MHz | 93 dB | 0,5 dB | 12 | 12 | 7" LCD / 1024 x 600 | 19" / 4U |
| 05.02.418 | 380 MHz - 30 GHz | 60 dB | 0,5 dB | 8 | 8 | 5" LCD / 800 x 480 | 19" / 2U |
| 05.02.419 | 380 MHz - 30 GHz | 30 dB | 0,5 dB | 8 | 8 | 5" LCD / 800 x 480 | 19" / 2U |
HYTEM Attenuator Bank Standard Systems Resources
Datasheets
Guides
Related products
-
Find out more about Vaunix LDA Attenuators SeriesVaunix LDA Attenuators Series
Vaunix Lab Brick RF/microwave portable and programmable digital attenuators with calibrated operation in bands up to 20 GHz.
-
Find out more about HYTEM Attenuator Bank MIMO Systems
HYTEM Attenuator Bank MIMO Systems
MIMO systems integrate power splitters and couplers which are necessary for correct signal routing.
-
Find out more about HYTEM Attenuator Bank Link Separation
HYTEM Attenuator Bank Link Separation
The HYTEM Link Separation system allow to attenuate separately UpLink and DownLink.
-
Find out more about HYTEM Electronically Controlled Variable Attenuators
HYTEM Electronically Controlled Variable Attenuators
HYTEM offers a range of electronically controlled variable attenuators with a frequency range up to 30 GHz.
-
Find out more about HYTEM Fixed Attenuator DC - 1,000 MHz
HYTEM Fixed Attenuator DC - 1,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power, in particular as a protection of equipment (receiver, T&M, etc).
-
Find out more about HYTEM Fixed Attenuators DC - 3,000 MHz
HYTEM Fixed Attenuators DC - 3,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power, in particular as a protection of equipment (receiver, T&M, etc).
-
Find out more about HYTEM Fixed Attenuators DC - 4,000 MHz
HYTEM Fixed Attenuators DC - 4,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power, in particular as a protection of equipment (receiver, T&M, etc).
-
Find out more about HYTEM Fixed Attenuators DC - 6000 MHz
HYTEM Fixed Attenuators DC - 6000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power, in particular as a protection of equipment (receiver, T&M, etc).
-
Find out more about HYTEM Fixed Attenuator DC - 26,000 MHz
HYTEM Fixed Attenuator DC - 26,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power, in particular as a protection of equipment (receiver, T&M, etc).
-
Find out more about HYTEM Fixed Attenuators DC - 18,000 MHz
HYTEM Fixed Attenuators DC - 18,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power, in particular as a protection of equipment (receiver, T&M, etc).
-
Find out more about HYTEM Attenuation Matrix
HYTEM Attenuation Matrix
Attenuation matrixes allow to send one or multiple signals to one or multiple outputs, while changing power level of each signal individually.
