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.
HYTEM's Attenuators come in a variety of different configurations, they offer configuration frequency ranges up to 30 GHz.
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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.
Frequency Range: 2,000 - 3,800 MHz
MIMO systems integrate power splitters and couplers which are necessary for correct signal routing.
2 Channels, LTE Band 7 Air Interface Simulator
The HYTEM Link Separation system allow to attenuate separately UpLink and DownLink.
Frequency Range from 80 MHz - 30 GHz
HYTEM offers a range of electronically controlled variable attenuators with a frequency range up to 30 GHz.
Frequency Range from DC - 1,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power and has a frequency range from DC - 1,000 MHz.
Frequency Range from DC - 3,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power and has a frequency range from DC - 3,000 MHz.
Frequency Range from DC - 4,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power and has a frequency range from DC - 4,000 MHz.
Frequency Range from DC - 6,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal powe and has a frequency range from DC - 6,000 MHz.
Frequency Range from DC - 26,000 MHz
The HYTEM Fixed Attenuator is used to decrease a RF signal power and has a large frequency range from DC - 26,000 MHz.
Frequency Range from DC - 18,000 MHz
The HYTEM Fixed Attenuators is used to decrease a RF signal power, in particular as a protection of equipment (receiver, T&M, etc).
Frequency Range: 600 MHz - 6 GHz
Attenuation matrixes allow to send one or multiple signals to one or multiple outputs, while changing power level of each signal individually.