Balanced Upconverters
Source: HXI, LLC
The HBUC series broadband balanced
upconverters cover a wide range of waveguide bands from 18–110 GHz. They utilize a low loss structure mated to a matched pair of GaAs Schottky beam lead diodes for minimum conversion loss and maximum bandwidth
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•Datasheet: Balanced Upcoverters
The HBUC series broadband balanced upconverters cover a wide range of waveguide bands from 18–110 GHz. They utilize a low loss structure mated to a matched pair of GaAs Schottky beam lead diodes for minimum conversion loss and maximum bandwidth. Superior LO noise suppression and LO-RF isolation values are design features. Upconverters are used to create a mm-wave signal by combining a lower RF frequency with a higher mm wave frequency. Dual signals, or double sideband are produced in this way: LO ± IF (DSB). Optional RF filters are offered to filter out the unwanted sideband and produce a single sideband (SSB) up converter. Biased versions are available for lower LO drive levels.
•Datasheet: Balanced Upcoverters
•Datasheet: Balanced Upcoverters
The HBUC series broadband balanced upconverters cover a wide range of waveguide bands from 18–110 GHz. They utilize a low loss structure mated to a matched pair of GaAs Schottky beam lead diodes for minimum conversion loss and maximum bandwidth. Superior LO noise suppression and LO-RF isolation values are design features. Upconverters are used to create a mm-wave signal by combining a lower RF frequency with a higher mm wave frequency. Dual signals, or double sideband are produced in this way: LO ± IF (DSB). Optional RF filters are offered to filter out the unwanted sideband and produce a single sideband (SSB) up converter. Biased versions are available for lower LO drive levels.
Click Here To Download:
•Datasheet: Balanced Upcoverters
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