Difference between revisions of "QRP Labs High Performance SDR Receiver"
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== Features == | == Features == | ||
| − | * Three modules | + | * Three modules |
** [http://qrp-labs.com/receiver QRP Labs Radio Module] | ** [http://qrp-labs.com/receiver QRP Labs Radio Module] | ||
*** High performance Receiver module uses a Quadrature Sampling Detector (QSD), also known as a Tayloe Detector | *** High performance Receiver module uses a Quadrature Sampling Detector (QSD), also known as a Tayloe Detector | ||
Revision as of 15:18, 20 November 2021
Features
- Three modules
- QRP Labs Radio Module
- High performance Receiver module uses a Quadrature Sampling Detector (QSD), also known as a Tayloe Detector
- FST3253 Mixer is arranged as a double-balanced mixer for maximum performance
- Mute during transmit switch circuit
- Low noise LM4562 op-amps are used in instrumentation amplifier configuration to provide excellent common mode noise rejection
- The audio output of the module is isolated using two 600:600-ohm transformers to reduce or eliminate the ground loop problems which can easily occur in SDR systems
- The module is designed to directly drive a stereo input sound-card
- Receiver board has a socket for the standard QRP Labs Band Pass Filter kit which can be routed to an external bandpass filter switch card
- QRP Labs Band Pass Filter
- Can be used with a Switched Bandpass filter board for multiband operation
- QRP Labs Polyphase filter
- Polyphase network plug-in module kit which cancels the unwanted sideband and produces a single sideband (SSB) output
- QRP Labs Radio Module
- The receiver requires a local oscillator (LO) input at 4x the receive frequency
- The receiver module is sized 80 x 37mm
Radio Links
- High performance SDR receiver module
- Polyphase network module - QRP Labs
- RF_Band_Pass_Filters
- Clocks Generator
Silkscreen
