I am thinking about using one of these radios as the starting point for a hybrid digital/analog radio. By tapping signals the signals in the radio and connecting them to analog/digital converters, I can ship them to a computer or FPGA for digital processing. Many software-defined radio rigs run at relatively low sample rates and so do most of their digital processing in the baseband. A fancy data acquisition card could let me move the interface earlier in the radio, perhaps all the way to the first stage of amplification after the antenna. This sort of project would be a good way for me to get my hands dirty with software-defined radio; it would also be fun to compare the signal characteristics of the analog and digital versions. All of these plans, of course, depend on time permitting from other projects and duties. We shall see how things play out.
A blog about embedded computing systems, cyber-physical systems, and Internet of Things. We concentrate on technical topics but also discuss their implications.
Sunday, October 29, 2017
Heathkit SB-303
I am thinking about using one of these radios as the starting point for a hybrid digital/analog radio. By tapping signals the signals in the radio and connecting them to analog/digital converters, I can ship them to a computer or FPGA for digital processing. Many software-defined radio rigs run at relatively low sample rates and so do most of their digital processing in the baseband. A fancy data acquisition card could let me move the interface earlier in the radio, perhaps all the way to the first stage of amplification after the antenna. This sort of project would be a good way for me to get my hands dirty with software-defined radio; it would also be fun to compare the signal characteristics of the analog and digital versions. All of these plans, of course, depend on time permitting from other projects and duties. We shall see how things play out.
Labels:
radio
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment