SM 5 BSZ - Update Information
(June 26 2008)
At the bottom of this page there is an overview
of the structure of this site. The documents
are referenced as their respective highlighted
words in the referring document.
Additions and changes by date:
Only real changes to the information presented in the different files
are listed here, not minor changes, like the addition of links to
other parts of this site.
---------------------------------------------------------------
(June 26 2008)
287 | Linrad TX development linuxdsp/lintx.htm
| | |
303 | | The pilot tone linuxdsp/tx/cw/pilot_tone.htm
| | | |
| | | Fig 1. Pilot tone -80dB, 16 bit linuxdsp/tx/cw/pilot80-16.jpg
| | | Fig 2. Pilot tone -85dB, 16 bit linuxdsp/tx/cw/pilot85-16.jpg
| | | Fig 3. Pilot tone -80dB, 16 bit linuxdsp/tx/cw/pilot90-16.jpg
| | | Fig 4. Pilot tone -80dB, 16 bit linuxdsp/tx/cw/pilot90-32.jpg
| | | Fig 5. Pilot tone -80dB, 16 bit linuxdsp/tx/cw/pilot95-32.jpg
| | | Fig 6. Signal level -40dB linuxdsp/tx/cw/s_40db.jpg
| | | Fig 7. The Linrad Tx linuxdsp/tx/cw/perspulses.jpg
| | | Fig 8. The Linrad Tx linuxdsp/tx/cw/perspulses_linrad.gif
| | | Fig 9. The LO leakage linuxdsp/tx/cw/loleakage.gif
| | | Fig 10. The WSE converters linuxdsp/tx/cw/wsepul1.gif
| | | Fig 11. The Perseus HF linuxdsp/tx/cw/perspul1.gif
304 | | Tx control in SDR linuxdsp/tx/safe/tx_control.htm
| | | |
| | | Fig 1. The power detector. linuxdsp/tx/safe/pwrdet.jpg
| | | Fig 2. The sequencer. linuxdsp/tx/safe/sequencer.jpg
| | | Fig 3. The delay(+) linuxdsp/tx/safe/delay.jpg
| | | Fig 5. Sequencer waveforms. linuxdsp/tx/safe/test1.jpg
| | | Fig 6. The pilot tone linuxdsp/tx/safe/test2.jpg
| | lir02-48.tbz linuxdsp/archive/lir02-48.tbz
| | lir02-48.zip linuxdsp/archive/lir02-48.zip
| | wlr2-48.zip linuxdsp/archive/wlr2-48.zip
Linrad is now running as a complete transceiver in CW and SSB under Linux.
---------------------------------------------------------------
(June 7 2008)
301 | West Coast USA linuxdsp/usage/kari/kari.htm
| | |
| | afagc.mp3 linuxdsp/usage/kari/afagc.mp3
| | Fig 6. As figure 5 linuxdsp/usage/kari/afagc.gif
The page is updated to show the effects of the AF-derived AGC which
is available in Coh2 mode.
---------------------------------------------------------------
(June 4 2008)
01 Main Page index.htm
|
302 frequency stability of linuxdsp/usage/drm/loudsp_carrier.htm
| |
| Fig. 1. Winrad. linuxdsp/usage/drm/winrad131.gif
| Fig. 2. Linrad. linuxdsp/usage/drm/linrad247.gif
| Fig. 3. Perseus. linuxdsp/usage/drm/perseus10f.gif
When decoding DRM, an SDR must not add too much frequency
modulation to the signal.
This can be a problem when the DRM decoder is not in the same
computer as the SDR.
---------------------------------------------------------------
(May 26 2008)
| | lir02-47.tbz linuxdsp/archive/lir02-47.tbz
| | lir02-47.zip linuxdsp/archive/lir02-47.zip
| | wlr2-47.zip linuxdsp/archive/wlr2-47.zip
A new version.
---------------------------------------------------------------
(May 26 2008)
257 SDR data file library rf_library.htm
301 | West Coast USA linuxdsp/usage/kari/kari.htm
| | |
| | http://sm5bsz.com/linuxdsp/usage/kari/530-930khz.wav
| | amdet.mp3 linuxdsp/usage/kari/amdet.mp3
| | Fig 1. The 530-930khz AMlinuxdsp/usage/kari/amdet.gif
| | adwav linuxdsp/usage/kari/adwav
| | karipar.zip linuxdsp/usage/kari/karipar.zip
| | karipar_linux.tbz linuxdsp/usage/kari/karipar_linux.tbz
| | amcohwide.mp3 linuxdsp/usage/kari/amcohwide.mp3
| | Fig 2. The 530-930khz Coh2 linuxdsp/usage/kari/amcohwide.gif
| | Fig 3. The 530-930khz AFC linuxdsp/usage/kari/amcohafc.gif
| | carr9995.mp3 linuxdsp/usage/kari/carr9995.mp3
| | Fig 4. The 530-930khz 9995 linuxdsp/usage/kari/carr9995.gif
| | carr0007.mp3 linuxdsp/usage/kari/carr0007.mp3
| | Fig 5. The 530-930khz 0007 linuxdsp/usage/kari/carr0007.gif
This is a demo of how to use the Coh2 mode of linrad for MW DX-ing.
---------------------------------------------------------------
(May 2 2008)
| | lir02-46a.tbz linuxdsp/archive/lir02-46a.tbz
| | lir02-46.zip linuxdsp/archive/lir02-46.zip
| | wlr2-46.zip linuxdsp/archive/wlr2-46.zip
A new version...
---------------------------------------------------------------
(May 2 2008)
257 SDR data file library rf_library.htm
300 | ndb-315-415-013 linuxdsp/usage/ndb/ndb_pa0rdt.htm
| | |
| | ndb-315-415_013.wav http://sm5bsz.com/linuxdsp/usage/ndb/ndb-315-415_013.wav
| | Fig. 1. All of the ndb linuxdsp/usage/ndb/ndb_all.gif
| | Fig. 2. All of the ndb linuxdsp/usage/ndb/ndb_all_blanker.gif
| | Fig. 3. BLA and STM linuxdsp/usage/ndb/bla.gif
| | adwav linuxdsp/usage/ndb/adwav
| | blapar.zip linuxdsp/usage/ndb/blapar.zip
| | bla.wav linuxdsp/usage/ndb/bla.wav
| | l.wav linuxdsp/usage/ndb/l.wav
| | Fig. 4. L on 351.056 linuxdsp/usage/ndb/l.gif
| | Fig. 5. The loudspeaker output linuxdsp/usage/ndb/lwav.gif
| | lc.wav linuxdsp/usage/ndb/lc.wav
| | Fig. 6. L on 351.056 in Coh2 mode linuxdsp/usage/ndb/lc.gif
| | Fig. 7. The loudspeaker output linuxdsp/usage/ndb/lcwav.gif
| | lc.wav linuxdsp/usage/ndb/lc.wav
| | Fig. 8. The station on 349.042 linuxdsp/usage/ndb/jx.gif
| | Fig. 9. Carriers near 350.000 linuxdsp/usage/ndb/carr350.gif
A page about non-directional beacons
---------------------------------------------------------------
(May 2 2008)
298 Perseus with Linrad perseus/perseus.htm
| |
| Fig. 1. Two-tone test perseus/pers_im3.jpg
| Fig. 2. Setup for perseus/im2setup.gif
| Fig. 3. Two-tones on 7 MHz perseus/pers_im2.jpg
Second order intermodulation test for the Perseus added.
---------------------------------------------------------------
(Apr 19 2008)
| | lir02-45b.tbz linuxdsp/archive/lir02-45b.tbz
Some bug corrections for Linux.
------------------------------------------------------------------------
UPDATE INFORMATION OLDER THAN 2 MONTHS WILL BE DELETED
------------------------------------------------------------------------
Structure of SM5BSZ home page
01 Main Page index.htm
|
02 Update information update.htm (this page)
117 Linrad linuxdsp/linrad.htm
| |
260 | examples of different usages linuxdsp/usage/examples.htm
| | |
261 | | low delay with fast waterfall linuxdsp/usage/ldfw/ldfw.htm
| | | |
| | | ldfwpar.tbz linuxdsp/usage/ldfw/ldfwpar.tbz
| | | ldfwpar.zip linuxdsp/usage/ldfw/ldfwpar.zip
| | | Fig 1. Frequency response. linuxdsp/usage/ldfw/ldfw_response.gif
| | | Fig 2. Debian Etch PIV, svgalib. linuxdsp/usage/ldfw/p4_ldfw_etch_svga.gif
| | | Fig 3. Debian Etch PIV, X11, 24 bit. linuxdsp/usage/ldfw/p4_ldfw_x11_24_etch.gif
| | | Fig 4. Debian Etch PIV, X11, 8 bit. linuxdsp/usage/ldfw/p4_ldfw_x11_8_etch.gif
| | | Fig 5. Red Hat 9 PIV, svgalib. linuxdsp/usage/ldfw/p4_ldfw_rh9_svga.gif
| | | Fig 6. Red Hat 9 PIV, X11, 24 bit. linuxdsp/usage/ldfw/p4_ldfw_x11_24_rh9.gif
| | | Fig 7. Red Hat 9 PIV, X11, 8 bit. linuxdsp/usage/ldfw/p4_ldfw_x11_8_rh9.gif
| | | Fig 8. Windows 2000 PIV. linuxdsp/usage/ldfw/p4_ldfw_win2k.gif
| | | Fig 9. Windows 2000 PIII. linuxdsp/usage/ldfw/p3_ldfw_win2k.gif
| | | Fig 10. Windows 98 PIII. linuxdsp/usage/ldfw/p3_ldfw_win98.gif
| | | Fig 11. Windows 2000 PII. linuxdsp/usage/ldfw/p2_ldfw_win2k.gif
| | | Fig 12. Mandrake 8.0, PII, svgalib. linuxdsp/usage/ldfw/p2_ldfw_mdk80_svga.gif
| | | Fig 13. Mandrake 8.1 PIII, svgalib. linuxdsp/usage/ldfw/p3_ldfw_mdk81_svga.gif
| | | Fig 14. Fedora 5, PIII, svgalib. linuxdsp/usage/ldfw/p3_ldfw_fd5_svga.gif
| | | Fig 15. Mandrake 8.1 PIII, X11, 24 bit. linuxdsp/usage/ldfw/ldfw_win2000.gif.gif
| | | Fig 16. Mandrake 8.1 PIII, X11, 8 bit. linuxdsp/usage/ldfw/p3_ldfw_x11_8_mdk81.gif
| | | Fig 17. Fedora 5, PIII, X11, 24 bit. linuxdsp/usage/ldfw/p3_ldfw_x11_24_fd5.gif
| | | Fig 18. Fedora 5, PIII, X11, 24 bit. linuxdsp/usage/ldfw/p3_ldfw_x11_8_fd5.gif
| | | Fig 19. Windows 98 PII. linuxdsp/usage/ldfw/p2_ldfw_win98.gif
262 | | very wide waterfall linuxdsp/usage/sdr14-w/sdr14-vw.htm
| | | |
| | | vwpar.tbz linuxdsp/usage/sdr14-w/vwpar.tbz
| | | Fig 1. Debian Etch, PIV, svga. linuxdsp/usage/sdr14-w/p4_vw_svga_etch.gif
| | | Fig 2. Debian Etch, PIV, X11. linuxdsp/usage/sdr14-w/p4_vw_x11_16_etch.gif
| | | Fig 3. Fedora 4, PIII, svga. linuxdsp/usage/sdr14-w/p3_vw_svga_fd4.gif
| | | Fig 4. Fedora 5, PIII, X11. linuxdsp/usage/sdr14-w/p3_vw_x11_8_fd5.gif
| | | Fig 5. Fedora 1, PIII, svga. linuxdsp/usage/sdr14-w/p3_vw_svga_fd1.gif
| | | Fig 6. Fedora 1, LapTop, svga. linuxdsp/usage/sdr14-w/lp_vw_svga_rh9.gif
| | | Fig 7. Windows 2000, PIV. linuxdsp/usage/sdr14-w/p4_vw_win2k.gif
| | | Fig 8. Windows XP, PIV. linuxdsp/usage/sdr14-w/lp_vw_winxp.gif
283 | | Linrad at SSB bandwidth 2006 linuxdsp/run/ssbafcold.htm
| | | |
| | | Fig. 1. A CW signal linuxdsp/run/ssbu422b.gif
| | | Fig. 2. Here the delay linuxdsp/run/u422extrap.gif
| | | Fig. 3. Parameters for linuxdsp/run/par1.gif
| | | Fig. 4. AFC is enabled linuxdsp/run/par2.gif
| | | Fig. 5. These are the default linuxdsp/run/par3.gif
| | | Fig. 6. The unkn422 linuxdsp/run/par4.gif
| | | Fig. 7. The signals passing linuxdsp/run/u22morse.gif
123 | | Linrad at SSB bandwidth 2001 linuxdsp/run/ssbafcold.htm
| | | |
| | | Fig. 1. A CW signal ... linuxdsp/run/ssbu422.gif
| | | Fig. 2. Param. first fft linuxdsp/run/s1.gif
| | | Fig. 3. The 4096 point linuxdsp/run/s2.gif
| | | Fig. 4. AFC is enabled linuxdsp/run/s3.gif
| | | Fig. 5. The frequency linuxdsp/run/s4.gif
| | | Fig. 6. The baseband linuxdsp/run/s5.gif
280 | | S-meter on 10GHz linuxdsp/usage/pol10ghz.htm
| | |
| | Fig. 1. The S-meter linuxdsp/usage/eme10g/meter.gif
| | Fig. 2. The S-meter linuxdsp/usage/eme10g/main.gif
| | Fig. 3. The S-meter linuxdsp/usage/eme10g/baseb.gif
| | Fig. 4. The S-meter linuxdsp/usage/eme10g/afc.gif
| | poltest linuxdsp/usage/poltest
| | poltest_ag linuxdsp/usage/poltest_ag
| | poltest_bg linuxdsp/usage/poltest_bg
| | poltest_cg linuxdsp/usage/poltest_cg
| | poltest_mg linuxdsp/usage/poltest_mg
| | poltest_wg linuxdsp/usage/poltest_wg
| | Fig. 5. The S-meter linuxdsp/usage/eme10g/bochum1.gif
281 | | Signal variation with time linuxdsp/usage/emeqsb144.htm
| | |
| | Fig. 1. KB8RQ fast linuxdsp/usage/emeqsb144/kb8rq-fast.gif
| | Fig. 2. KB8RQ medium linuxdsp/usage/emeqsb144/kb8rq-medium.gif
| | Fig. 3. KB8RQ slow linuxdsp/usage/emeqsb144/kb8rq-slow.gif
| | Fig. 4. RU1AA wsjt decode linuxdsp/usage/emeqsb144/ru1aa_wsjt1.gif
| | Fig. 5. RU1AA wsjt waterfall linuxdsp/usage/emeqsb144/ru1aa_wsjt2.gif
282 | | Peak to average linuxdsp/usage/ssbpwr.htm
| | |
| | Fig. 1. 7 MHz fast linuxdsp/usage/hfssb/oz7fd-fast.gif
| | Fig. 2. 7 MHz medium linuxdsp/usage/hfssb/oz7fd-medium.gif
| | Fig. 3. 7 MHz slow linuxdsp/usage/hfssb/oz7fd-slow.gif
284 | | Linrad at mHz (milliHz) linuxdsp/usage/millihz.htm
| | | |
| | | Fig. 1. A CW signal linuxdsp/usage/hires/loran.gif
| | | Fig. 2. A JT65 signal linuxdsp/usage/hires/jthires.gif
285 | | High sensitivity linuxdsp/usage/senswat.htm
| | | |
| | | Fig. 1. -65 dBm.linuxdsp/usage/senswat/m65.gif
| | | Fig. 2. -70 dBm.linuxdsp/usage/senswat/m70.gif
| | | Fig. 3. -75 dBm.linuxdsp/usage/senswat/m75.gif
| | | Fig. 4. -80 dBm.linuxdsp/usage/senswat/m80.gif
| | | Fig. 5. -85 dBm.linuxdsp/usage/senswat/m85.gif
| | | Fig. 6. -90 dBm.linuxdsp/usage/senswat/m90.gif
| | | Fig. 7. -95 dBm.linuxdsp/usage/senswat/m95.gif
| | | Fig. 8. -100 dBm.linuxdsp/usage/senswat/m100.gif
| | | Fig. 9. -105 dBm.linuxdsp/usage/senswat/m105.gif
| | | Fig. 10. -107 dBm.linuxdsp/usage/senswat/m107.gif
| | | Fig. 11. -109 dBm.linuxdsp/usage/senswat/m109.gif
| | | Fig. 12. -111 dBm.linuxdsp/usage/senswat/m111.gif
| | | Fig. 13. -113 dBm.linuxdsp/usage/senswat/m113.gif
| | | Fig. 14. -115 dBm.linuxdsp/usage/senswat/m115.gif
73 | Linrad development page linuxdsp/linroot.htm
| | |
| | Fig 1. Block diagram linuxdsp/block.gif
74 | | Two frequency mixers ... linuxdsp/iqmixer.htm
| | | |
| | | Fig 1. A quadrature... linuxdsp/mixer.gif
75 | | Anti alias filters linuxdsp/filter.htm
| | | |
| | | Fig 1. Low pass.... linuxdsp/filter.gif
77 | | Selective fading linuxdsp/selfade/selfade.htm
| | | |
| | | Selective fading linuxdsp/selfade/selfadea.gif
| | | Selective fading linuxdsp/selfade/selfadeb.gif
| | | Selective fading linuxdsp/selfade/selfadec.gif
| | | Selective fading linuxdsp/selfade/selfaded.gif
78 | | Comparision of wide and linuxdsp/hf/hf.htm
| | | |
| | | Fig 1. About 15 minutes linuxdsp/hf/hfa.gif
| | | Fig 2. About 14 minutes linuxdsp/hf/hfc.gif
79 | | Filter shape and pulse linuxdsp/pulresp/pulresp.htm
| | | |
| | | Fig1. Frequency response linuxdsp/pulresp/aspek.gif
| | | Fig2. Pulse response linuxdsp/pulresp/apul.gif
| | | Fig3. Pulse response linuxdsp/pulresp/apulmag.gif
| | | Fig4. Frequency response linuxdsp/pulresp/cspek.gif
| | | Fig5. Pulse response linuxdsp/pulresp/cpul.gif
| | | Fig6. Pulse response linuxdsp/pulresp/cpulmag.gif
80 | | Channel balance for linuxdsp/iqbal/iqbal.htm
| | | |
| | | Fig 1. A sweep generator linuxdsp/iqbal/iquncal.gif
| | | Fig 2. Spur balancing linuxdsp/iqbal/iqbal1.gif
| | | Fig 3. The second linuxdsp/iqbal/iqbal2.gif
| | | Fig 4. A sweep generator linuxdsp/iqbal/iqbal.gif
81 | | Spur free dynamic range linuxdsp/spurfree/spurfree.htm
| | | |
| | | This image shows.... linuxdsp/spurfree/dynam.gif
82 | | Calibration for flat ... linuxdsp/flat/flat.htm
| | | |
| | | Fig 1. Frequency response linuxdsp/flat/uncal90.gif
| | | Fig 2. Frequency response linuxdsp/flat/cal90.gif
| | | Fig 3. First screen of linuxdsp/flat/fil1.gif
| | | Fig 4. Second screen of linuxdsp/flat/fil2.gif
| | | Fig 5. Third screen of linuxdsp/flat/fil3.gif
| | | Fig 6. Fourth screen of linuxdsp/flat/fil4.gif
| | | Fig 7. Pulse response linuxdsp/flat/pul2.gif
| | | Fig 8. Pulse response linuxdsp/flat/pul1.gif
| | | Fig 9. Low frequency linuxdsp/flat/pul3.gif
| | | Fig 10. Polynomial fit linuxdsp/flat/discont1.gif
| | | Fig 11. Polynomial fit linuxdsp/flat/discont2.gif
| | | Fig 12. Final correction linuxdsp/flat/discont3.gif
| | | Fig 13. Pulse response linuxdsp/flat/pul4.gif
83 | | Calibration at SSB linuxdsp/tscal/tscal.htm
| | | |
| | | Fig 1. Frequency response linuxdsp/tscal/tsuncal.gif
| | | Fig 2. Frequency response linuxdsp/tscal/tscal.gif
89 | | A pulse generator for linuxdsp/pulgen/pulgen.htm
| | | |
| | | Fig 1. Schematic linuxdsp/pulgen/pulgen.gif
| | | Fig 2. Practical design linuxdsp/pulgen/photo.jpg
84 | | The baseband graph linuxdsp/bg1/bg1.htm
| | | |
| | | Fig 1. Typical view of 7 linuxdsp/bg1/bg1.gif
| | | Fig 2. All parameters linuxdsp/bg1/bg3.gif
| | | Fig 3. The bandwidth linuxdsp/bg1/norm.gif
87 | | Timing of the first fft linuxdsp/fft1time/fft1time.htm
| | | |
| | | Timing minimum P1 linuxdsp/fft1time/p1_mi.htm
| | | Timing minimum PMMX linuxdsp/fft1time/pmmx_mi.htm
| | | Timing tiny P1 linuxdsp/fft1time/p1_ti.htm
| | | Timing small P1 linuxdsp/fft1time/p1_sm.htm
| | | Timing small P3 linuxdsp/fft1time/p3_sm.htm
| | | Timing medium Ppro linuxdsp/fft1time/ppro_me.htm
| | | Timing medium PMMX linuxdsp/fft1time/pmmx_me.htm
| | | Timing medium P3 linuxdsp/fft1time/p3_me.htm
| | | Timing large P3 linuxdsp/fft1time/p3_la.htm
88 | | The second time function linuxdsp/timf2/timf2.htm
| | | |
| | | Fig 1. The white track.. linuxdsp/timf2/timf2b.gif
| | | Fig 2. Same as.... linuxdsp/timf2/timf2u.gif
89 | | Noise blanker, optimised linuxdsp/blanker/wide.htm
| | | |
91 | | | Relative bandwidths linuxdsp/blanker/relwid.htm
| | | Fig 1. Quiet screen linuxdsp/blanker/widsig.gif
| | | Fig 2. Noise pulses linuxdsp/blanker/widpul.gif
| | | Fig 3. The "stupid" linuxdsp/blanker/widstu.gif
| | | Fig 4. The "clever" linuxdsp/blanker/widcle.gif
| | | Fig 5. The two blankers linuxdsp/blanker/widtwo.gif
90 | | Noise blanker, conven. linuxdsp/blanker/narrow.htm
| | | |
| | | Fig 1. Quiet screen linuxdsp/blanker/narsig.gif
| | | Fig 2. Noise pulses linuxdsp/blanker/narpul.gif
| | | Fig 3. The "stupid" linuxdsp/blanker/narstu.gif
| | | Fig 4. The "clever" linuxdsp/blanker/narcle.gif
| | | Fig 5. The two blankers linuxdsp/blanker/nartwo.gif
92 | | The high resolution ... linuxdsp/waterf/waterf.htm
| | | |
| | | Fig 1. Waterfall power linuxdsp/waterf/simple.gif
| | | Fig 2. High sensitivity linuxdsp/waterf/wide.gif
| | | Fig 3. The MSDOS display linuxdsp/waterf/dosdsp.gif
| | | Fig 4. Zooming makes ... linuxdsp/waterf/medium.gif
| | | Fig 5. Zooming to one .. linuxdsp/waterf/narrow.gif
94 | | Checking the A/D range linuxdsp/hware/adcheck.htm
| | | |
| | | Fig 1. A 180Hz ...16bit linuxdsp/hware/f180b16.gif
| | | Fig 2. A 180Hz ...32bit linuxdsp/hware/f180b32.gif
| | | Fig 3. Delta44 in 16.. linuxdsp/hware/sat16.gif
| | | Fig 4. Delta44 in 32.. linuxdsp/hware/sat32.gif
95 | | 2 minutes of 144MHz EME linuxdsp/demo/dememe.htm
| | | |
| | | eme.tbz linuxdsp/demo/eme.tbz
| | | emepar.tbz linuxdsp/demo/emepar.tbz
| | | Fig 1 Press J linuxdsp/demo/selpar.gif
| | | Fig 2 ....par1 linuxdsp/demo/par1.gif
| | | Fig 3 ....par2 linuxdsp/demo/par2.gif
| | | Fig 4 ....par3 linuxdsp/demo/par3.gif
| | | Fig 5 ....par4 linuxdsp/demo/par4.gif
96 | | Half a minute...single chan linuxdsp/demo/demhf1.htm
| | | |
| | | hf1.tbz linuxdsp/demo/hf1.tbz
| | | Fig 1. The hf1.raw... linuxdsp/demo/hf1.gif
97 | | Half a minute...two chan. linuxdsp/demo/demhf2.htm
| | | |
| | | hf1.tbz linuxdsp/demo/hf2.tbz
| | | Fig 1. The hf2.raw... linuxdsp/demo/hf2.gif
| | | Fig 2. Same as... linuxdsp/demo/hf2fast.gif
98 | | Installing SIMD support linuxdsp/install/simd.htm
| | | |
| | | simd.bz2 linuxdsp/install/simd.bz2
| | | simd.gz linuxdsp/install/simd.gz
99 | | Installing Linux dsp linuxdsp/install/dsp.htm
100 | | Backwards fft as.... linuxdsp/fftmix/fftmix.htm
| | | |
| | | Fig.1 F..close to bin.. linuxdsp/fftmix/mixa.gif
| | | Fig.2 F..between bins.. linuxdsp/fftmix/mixb.gif
| | | Fig.3 F..baseband moved.. linuxdsp/fftmix/mixc.gif
| | | Fig.4 F..between bins.. linuxdsp/fftmix/mixd.gif
| | | Fig.5 H..centered.. linuxdsp/fftmix/mixe.gif
| | | Fig.6 H..far away.. linuxdsp/fftmix/mixk.gif
| | | Fig.7 H..Close view.. linuxdsp/fftmix/mixf.gif
| | | Fig.8 H..about 3kHz.. linuxdsp/fftmix/mixh.gif
101 | | Spurs and dynamic range linuxdsp/demo/spurdyn.htm
| | | |
| | | Fig.1 linuxdsp/demo/weak1.gif
| | | Fig.2 linuxdsp/demo/weak2.gif
| | | Fig.3 linuxdsp/demo/weak3.gif
102 | | Processing normal SSB bw linuxdsp/demo/p60ssb.htm
| | | |
| | | Fig.1 Near real time linuxdsp/demo/p60ssb4.gif
| | | Fig.2 Higher resolution linuxdsp/demo/p60ssb2.gif
| | | Fig.3 Full processing linuxdsp/demo/p60ssb1.gif
103 | | Very low cost radio linuxdsp/hware/sbl1.htm
| | | |
| | | Fig. 1 Direct conversion linuxdsp/hware/sbl1.gif
| | | Fig. 2 Screen dump linuxdsp/hware/iqtrace.gif
| | | Fig. 3 Spectrum..uncal. linuxdsp/hware/iqunc.gif
| | | Fig. 4 Spectrum..cal. linuxdsp/hware/iqcal.gif
104 | | Using ossmix for A/D linuxdsp/install/ossmix.htm
105 | | Setting signal..time.. linuxdsp/blanker/tlevels.htm
| | | |
| | | Fig. 1. Noise..31dB.. linuxdsp/blanker/p9a.gif
| | | Fig. 2. Noise..18dB linuxdsp/blanker/p6.gif
| | | Fig. 3. Noise..blanker linuxdsp/blanker/p6b.gif
| | | Fig. 4. Weak..0dB linuxdsp/blanker/b0.gif
| | | Fig. 5. Weak..54dB linuxdsp/blanker/b9.gif
| | | Fig. 6. Weak..42dB linuxdsp/blanker/b7.gif
| | | Fig. 7. A 10 minute.. linuxdsp/blanker/hfatt5.gif
106 | | Setting signal..frequency.. linuxdsp/blanker/flevels.htm
| | | |
| | | Fig. 1. Far too low.. linuxdsp/blanker/g10.gif
| | | Fig. 2. fft2 level +6dB linuxdsp/blanker/g9.gif
| | | Fig. 3. fft2 level +12dB linuxdsp/blanker/g8.gif
| | | Fig. 4. fft2 level +18dB linuxdsp/blanker/g7.gif
107 | | Linearity of A/D boards linuxdsp/spurfree/cards.htm
| | | |
| | | Fig. 1. SB PCI spectrum linuxdsp/spurfree/sbpci.gif
| | | Fig. 2. Delta 44 linuxdsp/spurfree/del44.gif
108 | | Optimised direct conversion linuxdsp/hware/optiq.htm
| | | |
| | | Fig. 1. Block diagram linuxdsp/hware/basiq.gif
| | | Fig. 2. Low noise amp linuxdsp/hware/audio.gif
| | | Fig. 3. Filter to ... linuxdsp/hware/audio.gif
| | | Fig. 4. X-tal osc linuxdsp/hware/xtalosc.gif
| | | Fig. 5. Sideband noise linuxdsp/hware/xtal.gif
| | | Fig. 6. Noise floor linuxdsp/hware/floor.gif
| | | Fig. 7. Sideband noise linuxdsp/hware/ic202a.gif
| | | Fig. 8. Full frequency linuxdsp/hware/ic202b.gif
| | | Fig. 9. Full range linuxdsp/hware/floorb.gif
118 | | AFC, locking to... linuxdsp/afc/lock.htm
119 | | The EME path modulation linuxdsp/afc/emepath.htm
| | | |
| | | Fig. 1. Narrow (sub Hz).. linuxdsp/afc/ik3macs.gif
| | | Fig. 2. The AFC is ... linuxdsp/afc/ik3macf.gif
120 | | A high doppler meteor linuxdsp/afc/meteor.htm
| | | |
| | | Fig. 1. Locking the AFC linuxdsp/afc/sm5frh.gif
121 | | Normal AFC parameters linuxdsp/afc/normal.htm
| | | |
| | | Fig.1. AFC...UMNKN422 linuxdsp/afc/u422n.gif
| | | Fig.2. AFC...reference linuxdsp/afc/u422r.gif
125 | | An extremely weak linuxdsp/afc/ko6rs.htm
| | | |
| | | Fig. 1. Highly stable linuxdsp/afc/ko6rs.gif
| | | Fig. 2. The first 3 min linuxdsp/afc/ko6rs3.gif
126 | | Some graphs that illustrate linuxdsp/afc/afcpar.htm
| | | |
| | | Fig. 1. AFC off linuxdsp/afc/afcoff.gif
| | | Fig. 2. Each transform linuxdsp/afc/a1f1d0.gif
| | | Fig. 3. Each transform linuxdsp/afc/a9f1d4.gif
| | | Fig. 4. Each transform linuxdsp/afc/a9f1d0.gif
| | | Fig. 5. A straight line linuxdsp/afc/a9f29d18.gif
| | | Fig. 6. A straight line linuxdsp/afc/a9f1d0.gif
127 | | Blanker demo linuxdsp/blanker/bldemo.htm
| | | |
| | | Fig. 1. No blanker linuxdsp/blanker/noblank.gif
| | | Fig. 2. Same data linuxdsp/blanker/dumb.gif
| | | Fig. 3. No blanker linuxdsp/blanker/both.gif
| | | Fig. 4. Same data linuxdsp/blanker/nosellim.gif
| | | Fig. 5. Same data linuxdsp/blanker/limerr1.gif
| | | Fig. 6. Same data linuxdsp/blanker/limerr2.gif
128 | | Running linrad in an EME linuxdsp/demo/arrl2001.htm
| | | |
| | | figure linuxdsp/demo/arrlbsz.gif
129 | | Spur cancellation linuxdsp/spur/spur.htm
| | | |
| | | Fig. 1. Running many linuxdsp/spur/many.gif
| | | Fig. 2. PLL's at marginal linuxdsp/spur/marginal.gif
| | | Fig. 3. A weak but easily linuxdsp/spur/nospur.gif
| | | Fig. 4. The signal linuxdsp/spur/spur.gif
| | | Fig. 5. Exactly the same linuxdsp/spur/spurrem.gif
165 | | EME signals in coherent .. linuxdsp/demo/coheme.htm
| | | |
| | | FRH1135.bz2 www.sm5bsz.com/frh_eme/frh1135.bz2
| | | FRH1203.bz2 www.sm5bsz.com/frh_eme/frh1203.bz2
| | | FRH1210.bz2 www.sm5bsz.com/frh_eme/frh1210.bz2
| | | FRH1215.bz2 www.sm5bsz.com/frh_eme/frh1215.bz2
| | | FRH1230.bz2 www.sm5bsz.com/frh_eme/frh1230.bz2
| | | FRH1247.bz2 www.sm5bsz.com/frh_eme/frh1247.bz2
| | | FRH1305.bz2 www.sm5bsz.com/frh_eme/frh1305.bz2
| | | FRH1323.bz2 www.sm5bsz.com/frh_eme/frh1323.bz2
| | | FRH1335.bz2 www.sm5bsz.com/frh_eme/frh1335.bz2
| | | FRH1357.bz2 www.sm5bsz.com/frh_eme/frh1357.bz2
| | | FRH1415.bz2 www.sm5bsz.com/frh_eme/frh1415.bz2
| | | FRH1426.bz2 www.sm5bsz.com/frh_eme/frh1426.bz2
| | | FRH1432.bz2 www.sm5bsz.com/frh_eme/frh1432.bz2
| | | FRH1457.bz2 www.sm5bsz.com/frh_eme/frh1457.bz2
| | | FRH1507.bz2 www.sm5bsz.com/frh_eme/frh1507.bz2
| | | FRH1530.bz2 www.sm5bsz.com/frh_eme/frh1530.bz2
| | | Fig. 1. A qsb peak linuxdsp/demo/f3vs_a.gif
| | | Fig. 2. When the signal linuxdsp/demo/f3vs_b.gif
| | | Fig. 3. A signal that linuxdsp/demo/g4loh_b.gif
| | | Fig. 4. Even with minimum linuxdsp/demo/k2gal_a.gif
| | | Fig. 5. Magnified fig.2 linuxdsp/demo/f3vs_z.gif
| | | Fig. 6. Magnified fig.3 linuxdsp/demo/g4loh_z.gif
180 | | The eme window linuxdsp/run/emewin.htm
| | | |
| | | Fig. 1. The EME window linuxdsp/run/search.gif
| | | Fig. 2. ... JL1ZCG linuxdsp/run/emeres.gif
189 | | State of the art crystal linuxdsp/hware/lotest.htm
191 | | Blanker performance P60 linuxdsp/demo/tsblank.htm
| | | |
| | | Fig.1 The noise floor linuxdsp/demo/nothing.gif
| | | Fig.2 Signals only linuxdsp/demo/signal.gif
| | | Fig.3 QRN, noise pulses linuxdsp/demo/pulse.gif
| | | Fig.4 ..TS-520 blanker.. linuxdsp/demo/tsblank.gif
| | | Fig.5 ..Linrad blanker.. linuxdsp/demo/linblank.gif
| | | Fig.6 Linrad is operated linuxdsp/demo/running.gif
| | | tspar.tbz linuxdsp/demo/tspar.tbz
| | | Fig.7 The TS-520 has linuxdsp/demo/cal.gif
192 | | Pentium IV versus Athlon linuxdsp/hware/p4_athl.htm
202 | | QRSS signals at 137.. linuxdsp/hf/qrss_a.htm
| | | |
203 | | | The data file used linuxdsp/hf/qrssdata.htm
| | | Fig. 1. linuxdsp/hf/qrss_7.gif
| | | Fig. 2. linuxdsp/hf/qrss_6.gif
| | | Fig. 3. linuxdsp/hf/qrss_5.gif
| | | Fig. 4. linuxdsp/hf/qrss_4.gif
| | | Fig. 5. linuxdsp/hf/qrss_3.gif
| | | Fig. 6. linuxdsp/hf/qrss_2.gif
| | | Fig. 7. linuxdsp/hf/qrss_1.gif
| | | Fig. 8. linuxdsp/hf/qrss_8.gif
204 | | Interference on 137 linuxdsp/hf/qrss_qrm.htm
| | | |
| | | Fig. 1. linuxdsp/hf/none100.gif
| | | Fig. 2. linuxdsp/hf/both100.gif
| | | Fig. 3. linuxdsp/hf/qrm_137.gif
| | | Fig. 4. linuxdsp/hf/qrm2_137.gif
205 | | the baseband waterfall linuxdsp/hf/bg_waterf.htm
| | | |
| | | Fig 1. linuxdsp/hf/qrss_bg.gif
206 | | The txtest mode linuxdsp/txtest/txtest.htm
| | | |
| | | Fig 1. A pure crystal... linuxdsp/txtest/xtalosc.gif
| | | Fig 2. Pulses at prf... linuxdsp/txtest/pulses.gif
| | | Fig 3. An IC-706... linuxdsp/txtest/carrier.gif
| | | Fig 4. An IC-706... linuxdsp/txtest/cw.gif
| | | Fig 5. An IC-706... linuxdsp/txtest/ssb.gif
217 | | The extended txtest linuxdsp/txtest/txtest2.htm
| | | |
| | | Fig 1. A pure crystal... linuxdsp/txtest/good.gif
| | | Fig 2. An IC-706... linuxdsp/txtest/ic706mk2g_sm7ufw_144_carrier.gif
| | | Fig 3. An IC-706... linuxdsp/txtest/ic706mk2g_sm7ufw_144_ncw.gif
| | | Fig 4. An IC-706... linuxdsp/txtest/ic706mk2g_sm7ufw_144_ssb.gif
224 | | Receiving AM modulation linuxdsp/run/am.htm
| | | |
| | | Fig. 1 A section of the 40 meter linuxdsp/run/am_normal.gif
| | | am_normal.wav linuxdsp/run/am_normal.wav
| | | Fig. 2 A small part... linuxdsp/run/am_coh.gif
| | | am_coh.wav linuxdsp/run/am_coh.wav
| | | Fig. 3 Voice of America linuxdsp/run/voa_coh.gif
| | | voa_normal.wav linuxdsp/run/voa_normal.wav
| | | voa_coh.wav linuxdsp/run/voa_coh.wav
228 | | Waterfall graphs with extreme linuxdsp/demo/vlf.htm
| | | |
| | | Fig. 1. Simulated VLF linuxdsp/demo/vlf.gif
238 | | |
| | 2 * 96 kHz bandwidth linuxdsp/run/pmmx266.htm
| | | |
| | | Fig 1. Full processing linuxdsp/run/pmmx266.gif
| | | parmmx.tar linuxdsp/run/parmmx.tar
| | | Fig 2. Full processing linuxdsp/run/2004_07_07_01.gif
| | | |
242 | | | The Linrad Voice Lab linuxdsp/tx/voicelab.htm
| | | | |
| | | | par_tx (287 bytes) linuxdsp/tx/par_tx
| | | | voicelab.bin linuxdsp/tx/voicelab.bin
| | | | Fig. 1. The voicelab screen. linuxdsp/tx/vlab1.gif
linuxdsp/tx/vlab2.gif
| | | | voicepar1.bin linuxdsp/tx/voicepar1.bin
| | | | voicepar2.binlinuxdsp/tx/voicepar2.bin
| | | | voicepar3.binlinuxdsp/tx/voicepar3.bin
| | | | voicepar4.binlinuxdsp/tx/voicepar4.bin
| | | | voicepar5.binlinuxdsp/tx/voicepar5.bin
| | | | voicepar6.binlinuxdsp/tx/voicepar6.bin
| | | | Fig. 2. Intelligibility. linuxdsp/tx/compressor.gif
| | lir01-37.tbz linuxdsp/archive/lir01-37.tbz
| | lir02-34.tbz linuxdsp/archive/lir02-34.tbz
| | lir02-34.zip linuxdsp/archive/lir02-34.zip
| | wlr2-34.zip linuxdsp/archive/wlr2-34.zip
| | lir02-35.tbz linuxdsp/archive/lir02-35.tbz
| | lir02-35.zip linuxdsp/archive/lir02-35.zip
| | wlr2-35.zip linuxdsp/archive/wlr2-35.zip
| | lir02-39.tbz linuxdsp/archive/lir02-39.tbz
| | lir02-39.zip linuxdsp/archive/lir02-39.zip
| | wlr2-39.zip linuxdsp/archive/wlr2-39.zip
| | lir02-40.tbz linuxdsp/archive/lir02-40.tbz
| | lir02-40.zip linuxdsp/archive/lir02-40.zip
| | wlr2-40.zip linuxdsp/archive/wlr2-40.zip
| | lir02-41.tbz linuxdsp/archive/lir02-41.tbz
| | lir02-41.zip linuxdsp/archive/lir02-41.zip
| | wlr2-41.zip linuxdsp/archive/wlr2-41.zip
| | lir02-43.tbz linuxdsp/archive/lir02-43.tbz
| | lir02-43.zip linuxdsp/archive/lir02-43.zip
| | wlr2-43.zip linuxdsp/archive/wlr2-43.zip
| | lir02-44.tbz linuxdsp/archive/lir02-44.tbz
| | lir02-44.zip linuxdsp/archive/lir02-44.zip
| | wlr2-44.zip linuxdsp/archive/wlr2-44.zip
| | lir02-45b.tbz linuxdsp/archive/lir02-45b.tbz
| | lir02-45.zip linuxdsp/archive/lir02-45.zip
| | wlr2-45.zip linuxdsp/archive/wlr2-45.zip
| | lir02-46a.tbz linuxdsp/archive/lir02-46a.tbz
| | lir02-46.zip linuxdsp/archive/lir02-46.zip
| | wlr2-46.zip linuxdsp/archive/wlr2-46.zip
| | lir02-47.tbz linuxdsp/archive/lir02-47.tbz
| | lir02-47.zip linuxdsp/archive/lir02-47.zip
| | wlr2-47.zip linuxdsp/archive/wlr2-47.zip
287 | Linrad TX development linuxdsp/lintx.htm
| | |
288 | | The baseband dynamic linuxdsp/tx/baseb/baseband.htm
| | | |
| | | Fig. 1. Nothing connected linuxdsp/tx/baseb/orig_nothing.gif
| | | Fig. 2. Two unmodified linuxdsp/tx/baseb/orig_silent.gif
| | | Fig. 3. Two unmodified linuxdsp/tx/baseb/orig_txon.gif
| | | Fig. 4. A modified Delta linuxdsp/tx/baseb/rxmod_nothing.gif
| | | Fig. 5. An unmodified linuxdsp/tx/baseb/txorg_rxmod_nosig.gif
| | | Fig. 6. An unmodified linuxdsp/tx/baseb/txorg_rxmod.gif
| | | Fig. 7. On the Tx soundcard linuxdsp/tx/baseb/tx_gndcut.gif
| | | Fig. 8. Both soundcards fully linuxdsp/tx/baseb/txmod.gif
| | | Fig. 9. Both soundcards fully linuxdsp/tx/baseb/txmod_center.gif
| | | Fig. 10. The time domain linuxdsp/tx/baseb/txmod_td.gif
| | | Fig. 11. With two differential linuxdsp/tx/baseb/diffamp_sch.gif
| | | Fig. 12. Two computers with linuxdsp/tx/baseb/diffamp.gif
| | | Fig. 13. Two computers with linuxdsp/tx/baseb/diffamp_unmod.gif
289 | | The TX2500 linuxdsp/tx/tx2500/tx2500.htm
| | | |
| | | Fig 1. Frequency response linuxdsp/tx/tx2500/resp_2500.gif
| | | Fig 2. The output of linuxdsp/tx/tx2500/tx2500spek.gif
290 | | the first generation linuxdsp/tx/ssb/spproc236.htm
| | | |
| | | Fig 1. The setup screen linuxdsp/tx/ssb/setup_a.gif
| | | Fig 2. An audio generator linuxdsp/tx/ssb/mic240.gif
| | | Fig 3. An audio generator linuxdsp/tx/ssb/mic240_10db.gif
| | | Fig 4. Phonetics generated by linuxdsp/tx/ssb/abc1.gif
| | | Fig 5. Phonetics generated by linuxdsp/tx/ssb/abc2.gif
| | | Fig 6. Here both linuxdsp/tx/ssb/ssb_rxtx_236.gif
| | lir02-36a.tbz linuxdsp/archive/lir02-36a.tbz
| | lir02-37.tbz linuxdsp/archive/lir02-37.tbz
| | wlr2-37.zip linuxdsp/archive/wlr2-37.zip
291 | | Time domain and linuxdsp/tx/cw/fastcw.htm
| | | |
| | | Fig 1. CW dots at 100 Hz linuxdsp/tx/cw/cw100hz_2ms.gif
| | | Fig 2. As figure 1, linuxdsp/tx/cw/cw100hz_2ms_zoom.gif
| | | Fig 3. Here the keying linuxdsp/tx/cw/cw10hz_2ms_zoom.gif
| | | Fig 4. The keying speed linuxdsp/tx/cw/cw10hz_20ms_zoom.gif
| | lir02-38.tbz linuxdsp/archive/lir02-38.tbz
| | wlr2-38.zip linuxdsp/archive/wlr2-38.zip
303 | | The pilot tone linuxdsp/tx/cw/pilot_tone.htm
| | | |
| | | Fig 1. Pilot tone -80dB, 16 bit linuxdsp/tx/cw/pilot80-16.jpg
| | | Fig 2. Pilot tone -85dB, 16 bit linuxdsp/tx/cw/pilot85-16.jpg
| | | Fig 3. Pilot tone -80dB, 16 bit linuxdsp/tx/cw/pilot90-16.jpg
| | | Fig 4. Pilot tone -80dB, 16 bit linuxdsp/tx/cw/pilot90-32.jpg
| | | Fig 5. Pilot tone -80dB, 16 bit linuxdsp/tx/cw/pilot95-32.jpg
| | | Fig 6. Signal level -40dB linuxdsp/tx/cw/s_40db.jpg
| | | Fig 7. The Linrad Tx linuxdsp/tx/cw/perspulses.jpg
| | | Fig 8. The Linrad Tx linuxdsp/tx/cw/perspulses_linrad.gif
| | | Fig 9. The LO leakage linuxdsp/tx/cw/loleakage.gif
| | | Fig 10. The WSE converters linuxdsp/tx/cw/wsepul1.gif
| | | Fig 11. The Perseus HF linuxdsp/tx/cw/perspul1.gif
304 | | Tx control in SDR linuxdsp/tx/safe/tx_control.htm
| | | |
| | | Fig 1. The power detector. linuxdsp/tx/safe/pwrdet.jpg
| | | Fig 2. The sequencer. linuxdsp/tx/safe/sequencer.jpg
| | | Fig 3. The delay(+) linuxdsp/tx/safe/delay.jpg
| | | Fig 5. Sequencer waveforms. linuxdsp/tx/safe/test1.jpg
| | | Fig 6. The pilot tone linuxdsp/tx/safe/test2.jpg
| | lir02-48.tbz linuxdsp/archive/lir02-48.tbz
| | lir02-48.zip linuxdsp/archive/lir02-48.zip
| | wlr2-48.zip linuxdsp/archive/wlr2-48.zip
277 | Linrad Mailing List Archives linarch/arch.htm
170 | Dedicated hardware linuxdsp/optrx.htm
| | |
161 | | The modified Delta 44 linuxdsp/hware/delta44.htm
| | | |
132 | | | Performance measurements linuxdsp/hware/delta44a.htm
| | | | |
178 | | | | Bypassing the input linuxdsp/hware/delta44c.htm
| | | | | |
| | | | | Fig. 1. The solder side linuxdsp/hware/deltmoda.jpg
| | | | | Fig. 2. The component side linuxdsp/hware/deltmodb.jpg
| | | | | Fig. 3. A single strong linuxdsp/hware/inmod.gif
| | | | | Fig. 4. Same as Fig.3 linuxdsp/hware/inmodb.gif
131 | | | | The dynamic range linuxdsp/hware/delta44b.htm
| | | | | |
| | | | | Fig. 1. The audio gen.. linuxdsp/hware/gen.gif
| | | | | Fig. 2. Spectrum of the linuxdsp/hware/sqrwav.gif
| | | | | Fig. 3. Spectrum of squ.. linuxdsp/hware/filtr.gif
| | | | | Fig. 4. Overtones and linuxdsp/hware/1dbsat.gif
| | | | | Fig. 5. Zoomed in linuxdsp/hware/hires.gif
| | | | Fig. 1. The Delta 44 linuxdsp/hware/org.gif
| | | | Fig. 2. The first linuxdsp/hware/mod1.gif
| | | | Fig. 3. The second linuxdsp/hware/mod2.gif
| | | | Fig. 4. The third linuxdsp/hware/mod3.gif
| | | | Fig. 5. Same as linuxdsp/hware/final.gif
278 | | | step by step description linuxdsp/hware/d44step.htm
| | | | |
| | | | High resolution image linuxdsp/hware/d44big1.jpg
| | | Fig. 1. Unmodified board linuxdsp/hware/unmod_s.gif
| | | Fig. 2. Modified board linuxdsp/hware/mod_s.gif
234 | | Modifying RX2500 and Lynx Two linuxdsp/rxiq/rx2500lynx.htm
| | | |
| | | Fig. 1. A crystal oscillator...Delta 44 linuxdsp/rxiq/delta44_ly.gif
| | | Fig. 2. A crystal oscillator...Lynx linuxdsp/rxiq/lynxtwo_de.gif
| | | Fig. 3. Direct input to linuxdsp/rxiq/lynxtwo_sch.gif
| | | Fig. 4. A crystal oscillator...Lynx linuxdsp/rxiq/lynxtwo_clock.jpg
130 | | RX2500, the 2.5MHz to audio linuxdsp/rxiq/opt2500.htm
| | | |
133 | | | details of the low noise linuxdsp/rxiq/osc.htm
| | | | |
187 | | | | state of the art crystal linuxdsp/hware/lotest.htm
| | | | Fig. 1 Details of the crystal linuxdsp/rxiq/osc.gif
| | | | Fig. 2 Close in spectrum X-tal linuxdsp/rxiq/narr25a.gif
| | | | Fig. 3 Close in spectrum HP linuxdsp/rxiq/narr25b.gif
| | | | Fig. 4 Full spectrum X-tal linuxdsp/rxiq/wide25a.gif
| | | | Fig. 5 Full spectrum HP linuxdsp/rxiq/wide25b.gif
| | | | Fig. 6 Frequency stability linuxdsp/rxiq/stab25.gif
134 | | | AF feedback four phase linuxdsp/rxiq/mixer.htm
| | | | |
| | | | Fig. 1. Schematic diagram linuxdsp/rxiq/mix1.gif
| | | | Fig. 2. The mixer... linuxdsp/rxiq/mixtor.jpg
| | | | Fig. 3. The mixer... linuxdsp/rxiq/mixmount.jpg
| | | | Fig. 4. The second... linuxdsp/rxiq/mix2.gif
135 | | | details of the 2.5MHz linuxdsp/rxiq/rfamp.htm
| | | | |
| | | | Fig. 1. Circuit diagram linuxdsp/rxiq/rfamp1.gif
| | | | Fig. 2. Frequency response linuxdsp/rxiq/rfresp1.jpg
| | | | Fig. 3. Frequency response linuxdsp/rxiq/rfresp2.jpg
| | | | Fig. 4. Near saturating linuxdsp/rxiq/sat1.gif
| | | | Fig. 5. Near saturating linuxdsp/rxiq/sat9.gif
| | | | Fig. 6. Two signals linuxdsp/rxiq/imsat.gif
| | | | Fig. 7. Same as fig.6 linuxdsp/rxiq/afatt.gif
| | | | Fig. 8. Same as fig.6 linuxdsp/rxiq/rfatt.gif
| | | | Fig. 9. The second channel linuxdsp/rxiq/rfamp2.gif
136 | | | details of the anti alias linuxdsp/rxiq/antiali.htm
| | | | |
| | | | Fig. 1. Schematic diagram linuxdsp/rxiq/afamp1i.gif
| | | | Fig. 2. Frequency response linuxdsp/rxiq/aali3.jpg
| | | | Fig. 3. Frequency response linuxdsp/rxiq/aali1.jpg
| | | | Fig. 4. Frequency response linuxdsp/rxiq/aali2.jpg
| | | | Fig. 5. Waterfall graph linuxdsp/rxiq/aliassig.gif
| | | | Fig. 6. Channel 1 Q linuxdsp/rxiq/afamp1q.gif
| | | | Fig. 7. Channel 2 I linuxdsp/rxiq/afamp2i.gif
| | | | Fig. 8. Channel 2 Q linuxdsp/rxiq/afamp2q.gif
137 | | | DC supply schematics linuxdsp/rxiq/power.htm
| | | | |
| | | | Fig. 1. Details of the DC linuxdsp/rxiq/power.gif
| | | | Fig. 2. Decoupling ... linuxdsp/rxiq/mainpag.gif
138 | | | CAD files for 2.5MHz unit linuxdsp/rxiq/cad/cad.htm
| | | | |
| | | | RXIQEPB.ZIP linuxdsp/rxiq/cad/rxiqepb.zip
| | | | RXIQ.ZIP linuxdsp/rxiq/cad/rxiq.zip
| | | | RXIQ_P.TXT linuxdsp/rxiq/cad/rxiq_p.txt
| | | | The first prototype linuxdsp/rxiq/cad/proto.jpg
| | | | Here is a high resolution linuxdsp/rxiq/cad/rxiqbig.htm
| | | | | |
| | | | | linuxdsp/rxiq/cad/rxiqbig.jpg
| | | | Component side linuxdsp/rxiq/cad/compside.gif
| | | | Solder side linuxdsp/rxiq/cad/soldside.gif
169 | | | Here...magnetic field pick up linuxdsp/rxiq/box.htm
| | | | |
| | | | Fig.1. No screening linuxdsp/rxiq/none.gif
| | | | Fig.2. Screening with 1mm linuxdsp/rxiq/1mm.gif
| | | | Fig.3. Screening with 3mm linuxdsp/rxiq/3mm.gif
| | | | Fig.4. Transformer switched linuxdsp/rxiq/off.gif
179 | | | Testing and tuning linuxdsp/rxiq/test.htm
| | | | |
| | | | Fig.1. Typical...coarse linuxdsp/rxiq/rough.gif
| | | | Fig.2. Typical...fine linuxdsp/rxiq/fine.gif
171 | | RX10700, the 10.7 to 2.5MHz ... linuxdsp/rx10700/rx10700.htm
| | | |
172 | | | details of the local oscillator linuxdsp/rx10700/osc.htm
| | | | |
| | | | Fig.1 Schematic diagram linuxdsp/rx10700/osc107.gif
| | | | Fig.2 Frequency control linuxdsp/rx10700/cntrl107.gif
| | | | Fig.3.Frequency stability linuxdsp/rx10700/stab107.gif
173 | | | A simple CMOS mixer linuxdsp/rx10700/mixer.htm
| | | | |
| | | | Fig.1 Schematic diagram linuxdsp/rx10700/ch1mix107.gif
| | | | Fig.2 The second channel linuxdsp/rx10700/ch2mix107.gif
174 | | | details of the 10.7MHz linuxdsp/rx10700/rfamp.htm
| | | | |
| | | | Fig.1 Circuit diagram linuxdsp/rx10700/rf1_107.gif
| | | | Fig.2 Frequency response linuxdsp/rx10700/rfresp3.jpg
| | | | Fig.3 Frequency response linuxdsp/rx10700/rfresp4.jpg
| | | | Fig.4 The second channel linuxdsp/rx10700/rf2_107.gif
177 | | | DC supply schematics linuxdsp/rx10700/power.htm
| | | | |
| | | | Fig.1 Details of the DC linuxdsp/rx10700/power107.gif
| | | | Fig.2 Decoupling capacitors linuxdsp/rx10700/main107.gif
175 | | | CAD files for 10.7MHz linuxdsp/rx10700/cad/cad.htm
| | | | |
| | | | RX10EPB.zip linuxdsp/rx10700/cad/rx10epb.zip
| | | | RX10.zip linuxdsp/rx10700/cad/rx10.zip
| | | | RX10_P.txt linuxdsp/rx10700/cad/rx10_p.txt
| | | | The RX10700 in its box linuxdsp/rx10700/cad/rx107.jpg
| | | | High resolution image linuxdsp/rx10700/cad/rx10big.htm
| | | | | |
| | | | | linuxdsp/rx10700/cad/rx10big.jpg
| | | | Component side linuxdsp/rx10700/cad/compside.gif
| | | | Solder side linuxdsp/rx10700/cad/soldside.gif
207 | | | Testing and tuning the RX10700 linuxdsp/rx10700/test107.htm
| | | | |
233 | | | | Controlling WSE units linuxdsp/wse_select.htm
| | | | | |
| | | | | Fig. 1. The schematic diagram linuxdsp/wse_interface.gif
| | | | | Fig. 2. The default hardware linuxdsp/hwtest.gif
| | | | Fig 1. The screen in ANALOG linuxdsp/rx10700/ftune107.gif
181 | | RX70, the 70 to 10.7 MHz converter linuxdsp/rx70/rx70.htm
| | | |
182 | | | details of the local oscillator linuxdsp/rx70/osc.htm
| | | | |
| | | | Fig. 1 (59 MHz oscillator) linuxdsp/rx70/osc70.gif
| | | | Fig. 2 Frequency control linuxdsp/rx70/cntrl70.gif
| | | | Fig. 3 A stable signal linuxdsp/rx70/warmup70.gif
| | | | Fig. 4 A stable signal linuxdsp/rx70/stab70.gif
183 | | | A balanced mixer with J310 linuxdsp/rx70/mixer.htm
| | | | |
| | | | Fig.1 Schematic diagram linuxdsp/rx70/ch1mix70.gif
| | | | Fig.2 The second channel linuxdsp/rx70/ch2mix70.gif
184 | | | details of the 70 MHz linuxdsp/rx70/rfamp.htm
| | | | |
| | | | Fig.1 Circuit diagram linuxdsp/rx70/rf1_70.gif
| | | | Fig.2 The second channel linuxdsp/rx70/rf2_70.gif
185 | | | DC supply schematics linuxdsp/rx70/power.htm
| | | | |
| | | | Fig.1 Details of the DC linuxdsp/rx70/power70.gif
| | | | Fig.2 Decoupling capacitors linuxdsp/rx70/main70.gif
186 | | | CAD files for 70 MHz unit linuxdsp/rx70/cad/cad.htm
| | | | |
| | | | The RX70 in its box linuxdsp/rx70/cad/rx70.jpg
| | | | | |
| | | | | linuxdsp/rx70/cad/rx70big.jpg
| | | | High resolution image linuxdsp/rx70/cad/rx70big.jpg
| | | | Component side linuxdsp/rx70/cad/compside.gif
| | | | Solder side linuxdsp/rx70/cad/soldside.gif
208 | | | Testing and tuning the RX70 linuxdsp/rx70/test70.htm
| | | |
| | | Fig 1. The screen in ANALOG linuxdsp/rx70/ftune70.gif
194 | | RX144, the 144 to 70 MHz converter linuxdsp/rx144/rx144.htm
| | | |
195 | | | details of the local oscillator linuxdsp/rx144/osc144.htm
| | | | |
| | | | Fig. 1 (74 MHz oscillator) linuxdsp/rx144/osc144.gif
| | | | Fig. 2 Frequency control linuxdsp/rx144/cntrl144.gif
196 | | | A balanced mixer with J310 linuxdsp/rx144/mixer144.htm
| | | | |
| | | | Fig.1 Schematic diagram linuxdsp/rx144/ch1x144.gif
| | | | Fig.2 The second channel linuxdsp/rx144/ch2x144.gif
197 | | | details of the 144 MHz linuxdsp/rx144/rfamp144.htm
| | | | |
| | | | Fig.1 Circuit diagram linuxdsp/rx144/rf1_144.gif
| | | | Fig.2 The second channel linuxdsp/rx144/rf2_144.gif
| | | | Fig.3 The transfer function linuxdsp/rx144/rffil144.gif
198 | | | DC supply schematics linuxdsp/rx144/power144.htm
| | | | |
| | | | Fig.1 Details of the DC linuxdsp/rx144/dcpow144.gif
| | | | Fig.2 Decoupling capacitors linuxdsp/rx144/main144.gif
199 | | | CAD files for 144 MHz unit linuxdsp/rx144/cad/cad.htm
| | | | |
| | | | The RX144 in its box linuxdsp/rx144/cad/rx144.jpg
| | | | High resolution image linuxdsp/rx144/cad/rx144big.htm
| | | | | |
| | | | | linuxdsp/rx144/cad/rx144big.jpg
| | | | Component side linuxdsp/rx144/cad/compside.gif
| | | | Solder side linuxdsp/rx144/cad/soldside.gif
235 | | | Testing and tuning the RX144 linuxdsp/rx144/test144.htm
| | | | |
| | | | Fig.1 The screen in linuxdsp/rx144/ftune144.gif
| | | | Fig.2 An example of linuxdsp/rx144/coilsolder.jpg
218 | | RXHFA, the lower ham bands linuxdsp/rxhfa/rxhfa.htm
| | | |
219 | | | details of the local oscillator linuxdsp/rxhfa/oschfa.htm
| | | | |
| | | | Fig. 1 Schematic diagram linuxdsp/rxhfa/rxhfa_osc.gif
| | | | Fig. 2 Frequency and gain linuxdsp/rxhfa/rxhfa_cntrl.gif
220 | | | A balanced mixer with J310 linuxdsp/rxhfa/mixerhfa.htm
| | | | |
| | | | Fig.1 Schematic diagram linuxdsp/rxhfa/rxhfa_mix1.gif
| | | | Fig.2 The second channel linuxdsp/rxhfa/rxhfa_mix2.gif
221 | | | the RXHFA front end linuxdsp/rxhfa/rfamp_hfa.htm
| | | | |
| | | | Fig.1 Block diagram for system gain linuxdsp/rxhfa/rf_block.gif
| | | | Fig.2 Frequency response 1.8MHz linuxdsp/rxhfa/fil1800.gif
| | | | Fig.3 Frequency response 3.5MHz linuxdsp/rxhfa/fil3500.gif
| | | | Fig.4 Frequency response 7MHz linuxdsp/rxhfa/fil7.gif
| | | | Fig.5 Frequency response 10MHz linuxdsp/rxhfa/fil10.gif
| | | | Fig.6 Frequency response 14MHz linuxdsp/rxhfa/fil14.gif
| | | | Fig.7 Schematic diagram (switch) linuxdsp/rxhfa/diode_sw.gif
| | | | Fig.8 Third order intermodulation linuxdsp/rxhfa/sw_im3.gif
| | | | Fig.9 The RXHFA front end (ch1) linuxdsp/rxhfa/rxhfa_rf1.gif
| | | | Fig.10 The RXHFA front end (ch2) linuxdsp/rxhfa/rxhfa_rf2.gif
| | | | Fig.11 The RXHFA input switches linuxdsp/rxhfa/rxhfa_inpsw.gif
243 | | | second order intermodulation linuxdsp/rxhfa/imd2_hfa.htm
| | | | Fig.1 Block diagram linuxdsp/rxhfa/im2sch.gif
| | | | Fig.2 Three generators linuxdsp/rxhfa/im2_nofil.gif
| | | | Fig.3 A low pass filter linuxdsp/rxhfa/lpfil.jpg
| | | | Fig.4 Frequency response linuxdsp/rxhfa/lpfil_rsp1.jpg
| | | | Fig.5 Same as fig.4 but linuxdsp/rxhfa/lpfil_rsp2.jpg
| | | | Fig.6 Three generators fed into linuxdsp/rxhfa/im2.gif
| | | | Fig.7 Stray capacitances linuxdsp/rxhfa/mod_insw.jpg
222 | | | DC supply schematics linuxdsp/rxhfa/power_hfa.htm
| | | | |
| | | | Fig.1 Details of the DC linuxdsp/rxhfa/rxhfa_pow.gif
223 | | | CAD files for 144 MHz unit linuxdsp/rxhfa/cad/cad_hfa.htm
| | | | |
| | | | RXHFAEPB.ZIP linuxdsp/rxhfa/cad/rxhfaepb.zip
| | | | RXHFA.ZIP linuxdsp/rxhfa/cad/rxhfa.zip
| | | | RXHFA_P.TXT linuxdsp/rxhfa/cad/rxhfa_p.txt
| | | | The PCB of the RXHFA linuxdsp/rxhfa/cad/rxhfa.jpg
| | | | High resolution image linuxdsp/rxhfa/cad/rxhfabig.htm
| | | | | |
| | | | | linuxdsp/rxhfa/cad/rxhfabig.jpg
251 | | | Testing and tuning linuxdsp/rxhfa/hfatest.htm
| | | | |
| | | | Fig 1. Some of the components linuxdsp/rxhfa/rxhfa_osctune.gif
| | | | Fig 2. A modification added linuxdsp/rxhfa/hfa_5vmod.jpg
176 | phase noise limited dynamic linuxdsp/rx10700/pha107.htm
| | |
| | Fig.1 10.7MHz spectrum at 3Hz linuxdsp/rx10700/osc107.gif
| | Fig.2 10.7MHz spectrum at 20Hz linuxdsp/rx10700/osc107b.gif
| Part 1 (237422 bytes.. linuxdsp/qex/021112qex037.pdf
| Part 2 (923527 bytes.. linuxdsp/qex/030102qex041.pdf
| Part 3 (396080 bytes.. linuxdsp/qex/030506qex036.pdf
| Part 4 (752789 bytes.. linuxdsp/qex/030910qex029.pdf
| Linrad with high ... linuxdsp/qex/040102qex020.pdf
139 | Install a Linux distr.. linuxdsp/install/lininst.htm
| | |
144 | | Linux distributions tested linuxdsp/install/distrib.htm
140 | Install svgalib linuxdsp/install/svgainst.htm
| | |
| | svga1925.tbz linuxdsp/archive/svgalib/svga1925.tbz
141 | Install nasm linuxdsp/install/nasminst.htm
| | |
| | nasm-0.98.tbz linuxdsp/install/nasm.tbz
| | nasm-0.98.tgz linuxdsp/install/nasm.tgz
142 | Install linrad linuxdsp/install/lirinst.htm
143 | Get sound running linuxdsp/install/sound.htm
| | |
| | oss393m.tgz linuxdsp/install/oss393m.tgz
| | oss22x.tgz linuxdsp/install/oss22x.tgz
116 | | Linux distributions linuxdsp/install/distrib.htm
| mingw32.tar.bz2 linuxdsp/archive/mingw32.tar.bz2
| svga1924.tbz linuxdsp/archive/svgalib/svga1924.tbz
| inpout32.dll linuxdsp/archive/inpout32.dll
| ftd2xx.dll linuxdsp/archive/ftd2xx.dll
| mingw.zip linuxdsp/archive/mingw.zip
| nasm.zip linuxdsp/archive/nasm.zip
144 | some examples of analog linuxdsp/hware/recvr.htm
145 | Making the PC quiet linuxdsp/hware/quietpc.htm
| | |
| | Fig. 1. The complete box linuxdsp/hware/pcbox.jpg
| | Fig. 2. The mains filter linuxdsp/hware/mains.jpg
| | Fig. 3. Detail of mains linuxdsp/hware/mains2.jpg
| | Fig. 4. The inside of linuxdsp/hware/cuwall.jpg
| | Fig. 5. Filters for par.. linuxdsp/hware/parfil.jpg
| | Fig. 6. Parallel port linuxdsp/hware/mousefil.jpg
| | Fig. 7. The computer side linuxdsp/hware/filenter.jpg
| | Fig. 8. The exit side linuxdsp/hware/filexit.jpg
190 | Blanker performance linuxdsp/rxiq/demo/blanker.htm
| | Fig. 1. Smart blanker linuxdsp/rxiq/demo/difference.gif
| | Fig. 2. F response uncal linuxdsp/rxiq/demo/scale.gif
| | Fig. 2. F response uncal linuxdsp/rxiq/demo/s_uncal.gif
| | par.tbz linuxdsp/rxiq/demo/par.tbz
| | Fig. 3. F response cal linuxdsp/rxiq/demo/scale.gif
| | Fig. 3. F response cal linuxdsp/rxiq/demo/s_cal.gif
| | Fig. 4. P response 0.0019 linuxdsp/rxiq/demo/a_uncal.gif
| | Fig. 4. P response 0.0019 linuxdsp/rxiq/demo/a_cal.gif
| | Fig. 5. P response 0.0312 linuxdsp/rxiq/demo/b_uncal.gif
| | Fig. 5. P response 0.0312 linuxdsp/rxiq/demo/b_cal.gif
| | Fig. 6. Strong and weak off linuxdsp/rxiq/demo/nopul.gif
| | Fig. 7. Strong and weak on linuxdsp/rxiq/demo/both.gif
| | Fig. 8. When the blanker linuxdsp/rxiq/demo/off.gif
146 | select screen, mouse linuxdsp/install/uiparm.htm
| | |
| | Fig 1. Two .... 96 kHz. linuxdsp/install/win_96khz.gif
| | Fig 1. Two .... 100 kHz. linuxdsp/install/win_100khz.gif
147 | Weak signal CW linuxdsp/install/wcw.htm
| | |
155 | | baseband processing in linuxdsp/install/wcw2nd.htm
| | Fig. 1. Linrad in two linuxdsp/install/wcwfft1.gif
| | Fig. 2. The fft1 par... linuxdsp/install/fft1par.gif
| | |
156 | | the resampling spurs linuxdsp/install/fft1spu.htm
| | | |
| | | Fig. 1. Bandwidth is linuxdsp/install/fft1spu1.gif
| | | Fig. 2. Bandwidth is linuxdsp/install/fft1spu2.gif
| | | Fig. 3. Bandwidth is linuxdsp/install/fft1spu3.gif
| | | Fig. 4. Bandwidth is linuxdsp/install/fft1spu4.gif
| | | Fig. 5. Bandwidth is linuxdsp/install/fft1spu5.gif
| | | Fig. 6. Bandwidth is linuxdsp/install/fft1spu8.gif
| | | Fig. 7. Bandwidth is linuxdsp/install/fft1spu9.gif
76 | | Speed and accuracy ... linuxdsp/fftvers/fftvers.htm
| | | |
| | | Fig 1. Real to complex linuxdsp/fftvers/bsig2.gif
| | | Fig 2. Real to complex linuxdsp/fftvers/bnosig2.gif
| | | Fig 3. Digital mixing linuxdsp/fftvers/bsig1.gif
| | | Fig 4. Digital mixing linuxdsp/fftvers/bnosig1.gif
| | Fig. 3. Linrad in two linuxdsp/install/wcwfft2.gif
93 | | Setting up the first fft linuxdsp/setfft1/setfft1.htm
| | | |
| | | Fig 1. Overkill linuxdsp/setfft1/fft1h.gif
| | | Fig 2. Inadequate linuxdsp/setfft1/fft1x.gif
| | | Fig 3. First fft size... linuxdsp/setfft1/fft1b.gif
| | | | Fig 4. Compared...size linuxdsp/setfft1/fft1d.gif
| | | | Fig 5. Compared...window linuxdsp/setfft1/fft1c.gif
| | | | Fig 6. Increased... linuxdsp/setfft1/fft1a.gif
| | | | Fig 7. Improved linuxdsp/setfft1/fft1e.gif
| | | | Fig 8. Good enough linuxdsp/setfft1/fft1f.gif
| | | Fig. 4. The fft2 parameter linuxdsp/install/fft2par.gif
148 | | Normal CW linuxdsp/install/ncw.htm
149 | | Meteor scatter linuxdsp/install/ms.htm
150 | | SSB linuxdsp/install/ssb.htm
151 | | FM linuxdsp/install/fm.htm
152 | | set the analog signal linuxdsp/hware/alevel.htm
| | |
| | Fig 1. Linrad in "Hard.. linuxdsp/hware/adsat.gif
153 | set the digital signal linuxdsp/install/dlevel.htm
| | |
| | Fig 1. First FFT ampl linuxdsp/install/f31600.gif
| | Fig 2. First FFT ampl linuxdsp/install/f10000.gif
| | Fig 3. First FFT ampl linuxdsp/install/f3160.gif
| | Fig 4. First FFT ampl linuxdsp/install/f1000.gif
| | Fig 5. First FFT ampl linuxdsp/install/f316.gif
| | Fig 6. First FFT ampl linuxdsp/install/n80.gif
| | Fig 7. First FFT ampl linuxdsp/install/n40.gif
| | Fig 8. First FFT ampl linuxdsp/install/n20.gif
| | Fig 9. First FFT ampl linuxdsp/install/n10.gif
| | Fig 10. First FFT ampl linuxdsp/install/n5.gif
| | Fig 11. "Second forward linuxdsp/install/fft2low.gif
154 | Checking the dynamic linuxdsp/hware/dyncheck.htm
| | |
| | Fig 1. Soundboard only linuxdsp/hware/rec0.gif
| | Fig 2. Soundboard only linuxdsp/hware/rec100.gif
| | Fig 3. Soundboard only linuxdsp/hware/rec25.gif
| | Fig 4. The TS-520 with linuxdsp/hware/tszero.gif
| | Fig 5. The TS-520 with linuxdsp/hware/tsaf.gif
| | Fig 6. The TS-520 with linuxdsp/hware/tsref.gif
| | Fig 7. Same as fig. 6 linuxdsp/hware/tsmaxa.gif
| | Fig 8. Same as fig. 7 linuxdsp/hware/tsmaxf.gif
| | Fig 9. 10.7MHz IF strip linuxdsp/hware/msmaxa.gif
| | Fig 10.F-screen with linuxdsp/hware/msmaxf.gif
157 | Calibrating amplitude and linuxdsp/flat/ampcal.htm
| | |
| | Fig. 1. The spectrum ... 1us linuxdsp/flat/gen_1us.jpg
| | Fig. 2. The spectrum ... square linuxdsp/flat/gen_sqr.jpg
| | Fig. 3. The menu ... X linuxdsp/flat/xpress.gif
| | Fig. 4. The spectrum ... C real linuxdsp/flat/cpress_real.gif
| | Fig. 5. The spectrum ... C iq linuxdsp/flat/cpress_iq.gif
292 | | Two channels with real linuxdsp/flat/cal1/dual_20khz_real.htm
| | | |
| | | blankerinit1.wav http://www.sm5bsz.com/linuxdsp/flat/cal1/blankerinit1.wav
| | | adwav linuxdsp/flat/cal1/adwav
| | | adwav.txt linuxdsp/flat/cal1/adwav.txt
| | | Fig. 1. The main menu linuxdsp/flat/mainmenu.gif
| | | Fig. 2. Select the mode linuxdsp/flat/modesel.gif
| | | Fig. 3. Answer Y linuxdsp/flat/wavquest.gif
| | | Fig. 4. The receive screen linuxdsp/flat/cal1/cal1_uncal_default.gif
| | | Fig. 5. The pulse generator linuxdsp/flat/cal1/cal1_pulchk.gif
| | | Fig. 6. 64 times magnified linuxdsp/flat/cal1/cal1_pulchk_64.gif
| | | Fig. 7. The screen for linuxdsp/flat/cal1/cal1_avgcoll.gif
| | | Fig. 8. Individual pulses linuxdsp/flat/cal1/cal1_avgcollt.gif
| | | Fig. 9. The pulses in linuxdsp/flat/cal1/cal1_wavdump.gif
| | | Fig. 10. Set the shape linuxdsp/flat/cal1/cal1_desired.gif
| | | Fig. 11. With the new linuxdsp/flat/cal1/cal1_calibrated_collect.gif
| | | Fig. 12. When the calibration linuxdsp/flat/cal1/cal1_parerr.gif
| | | Fig. 13. Calibrated, without linuxdsp/flat/cal1/cal1_parok_off.gif
| | | Fig. 14. Calibrated, blankers linuxdsp/flat/cal1/cal1_on.gif
293 | | One channel with direct linuxdsp/flat/cal2/single_96khz_iq.htm
| | | |
| | | blankerinit2.raw http://www.sm5bsz.com/linuxdsp/flat/cal2/blankerinit2.raw
| | | blankerinit4.raw http://www.sm5bsz.com/linuxdsp/flat/cal2/blankerinit4.raw
| | | blankerinit5.raw http://www.sm5bsz.com/linuxdsp/flat/cal2/blankerinit5.raw
| | | adfile linuxdsp/flat/cal2/adfile
| | | adfile.txt linuxdsp/flat/cal2/adfile.txt
| | | Fig. 1. Set the width linuxdsp/flat/cal2/fqlim.gif
| | | Fig. 2. The anti-symmetric linuxdsp/flat/cal2/cal2_fit2.gif
| | | Fig. 3. The symmetric phase linuxdsp/flat/cal2/cal2_rfp3_50.gif
| | | Fig. 4. Here the number linuxdsp/flat/cal2/cal2_rfp9_50.gif
| | | Fig. 5. Compare with linuxdsp/flat/cal2/cal2_afp.gif
| | | Fig. 6. At high pulse linuxdsp/flat/cal2/cal2_init5.gif
294 | | Calibration with poor linuxdsp/flat/cal3/qrmpul.htm
| | | |
| | | blankerinit3.raw http://www.sm5bsz.com/linuxdsp/flat/cal3/blankerinit3.raw
| | | adfile linuxdsp/flat/cal3/adfile
| | | adfile.txt linuxdsp/flat/cal3/adfile.txt
| | | Fig. 1. Collecting the average linuxdsp/flat/cal3/cal3_collect.gif
| | | Fig. 2. The desired shape linuxdsp/flat/cal3/cal3_shapes.gif
| | | Fig. 3. Here the center linuxdsp/flat/cal3/cal3_notch1.gif
| | | Fig. 4. The refine screen linuxdsp/flat/cal3/cal3_refine.gif
| | | Fig. 5. After reduction linuxdsp/flat/cal3/cal3_notch2.gif
| | | Fig. 6. The smart ... noisy linuxdsp/flat/cal3/cal3_noical_cle.gif
| | | Fig. 7. The smart ... perfect linuxdsp/flat/cal3/cal3_goodcal_cle.gif
| | | Fig. 8. Both blankers ... noisy linuxdsp/flat/cal3/cal3_noical_two.gif
| | | Fig. 9. Both blankers ... perfect linuxdsp/flat/cal3/cal3_goodcal_two
| | Fig. 6. Very strong pulses linuxdsp/flat/flat0.gif
| | Fig. 7. The pulses ... 3dB linuxdsp/flat/flat3.gif
| | Fig. 8. The pulses ... 20dB linuxdsp/flat/flat20.gif
| | Fig. 9. The pulses ... 40dB linuxdsp/flat/flat40.gif
158 | to correct amplitude and linuxdsp/iqbal/iqcal.htm
| | |
| | Fig 1. A uncalibrated WSE linuxdsp/iqbal/uncal_near.gif
| | Fig 2. A uncalibrated WSE linuxdsp/iqbal/uncal_far.gif
| | Fig 3. The Linrad calibration menu linuxdsp/iqbal/uncal_far.gif
| | Fig 4. The data input linuxdsp/iqbal/caliq1.gif
| | Fig 5. Same as figure 4 linuxdsp/iqbal/caliq2.gif
| | Fig 6. The correction needed linuxdsp/iqbal/caldat1.gif
| | Fig 7. The data input linuxdsp/iqbal/caliq3.gif
| | Fig 8. The correction does linuxdsp/iqbal/caldat5.gif
| | Fig 9. The calibrated WSE linuxdsp/iqbal/calnear606b.gif
| | Fig 10. A signal swept linuxdsp/iqbal/calsweep2.gif
| | Fig 11. The same as figure 10 linuxdsp/iqbal/calsweep3.gif
| | Fig 12. Mirror image linuxdsp/iqbal/drift20min.gif
159 | The wide graph linuxdsp/run/widegr.htm
| | |
| | Fig.1. The wide graph linuxdsp/run/wg.gif
160 | The high resolution graph linuxdsp/run/hiresgr.htm
124 | The baseband graph linuxdsp/run/basebgr.htm
| | |
| | Fig 1. The baseband linuxdsp/run/baseb.gif
162 | The afc graph linuxdsp/run/afcgr.htm
| | |
| | Fig 1. The AFC graph linuxdsp/run/u422afc.gif
200 | | The AFC averaging window linuxdsp/afc/afcwin.htm
| | | |
| | | Fig 1. The AFC graph linuxdsp/afc/afcwin.gif
| | Fig 2. Waterfall diagram linuxdsp/run/u422wat.gif
163 | The polarisation linuxdsp/run/polgr.htm
164 | Real life demo linuxdsp/blanker/leonids.htm
| | |
| | Fig 1. No blanker linuxdsp/blanker/leonids/noblank.gif
| | Fig 2. screen during linuxdsp/blanker/leonids/pause.gif
| | Fig 3. Normal operation linuxdsp/blanker/leonids/both.gif
| | Fig 4. Dumb blanker linuxdsp/blanker/leonids/artstu.gif
| | Fig 5. Smart blanker linuxdsp/blanker/leonids/artcle.gif
| | Fig 6. Smart and dumb linuxdsp/blanker/leonids/artmax.gif
| | Fig 7. Smart and dumb linuxdsp/blanker/leonids/misuse1.gif
| | Fig 8. Operation with linuxdsp/blanker/leonids/misuse2.gif
| | Fig 9. Typical example linuxdsp/blanker/leonids/rawpulh.gif
| | Fig 10. Typical example linuxdsp/blanker/leonids/rawpull.gif
244 | A comparison between linuxdsp/blanker/fp/fpblank.htm
| | |
| | Fig. 1. Weak signal, 16bit, no pulseslinuxdsp/blanker/fp/wk_nfree_16bit.gif
| | Fig. 2. Weak signal, float, no pulseslinuxdsp/blanker/fp/wk_nfree_fp.gif
| | Fig. 3. Strong signal, 16bit, no pulseslinuxdsp/blanker/fp/st_nfree_16bit.gif
| | Fig. 4. Strong signal, float, no pulseslinuxdsp/blanker/fp/st_nfree_fp.gif
| | Fig. 5. Weak signal, 16bit, with pulseslinuxdsp/blanker/fp/wk_noise_16bit.gif
| | Fig. 6. Weak signal, float, with pulseslinuxdsp/blanker/fp/wk_noise_fp.gif
| | Fig. 7. Strong signal, 16bit, with pulseslinuxdsp/blanker/fp/st_noise_16bit.gif
| | Fig. 8. Strong signal, float, with pulseslinuxdsp/blanker/fp/st_noise_fp.gif
| | Fig. 9. Weak signal, 16bit, no blankerlinuxdsp/blanker/fp/wk_nobln_16bit.gif
| | Fig. 10. Weak signal, float, no blankerlinuxdsp/blanker/fp/wk_nobln_fp.gif
| | Fig. 11. Strong signal, 16bit, no blankerlinuxdsp/blanker/fp/st_nobln_16bit.gif
| | Fig. 12. Strong signal, float, no blankerlinuxdsp/blanker/fp/st_nobln_fp.gif
| | Fig. 13. Weak signal, 16bit, dumblinuxdsp/blanker/fp/stu_wk_16bit.gif
| | Fig. 14. Weak signal, float, dumblinuxdsp/blanker/fp/stu_wk_fp.gif
| | Fig. 15. Strong signal, 16bit, dumblinuxdsp/blanker/fp/stu_st_16bit.gif
| | Fig. 16. Strong signal, float, dumblinuxdsp/blanker/fp/stu_st_fp.gif
| | Fig. 17. Dumb blanker, narrow fft1linuxdsp/blanker/fp/stu_wk_narrow.gif
295 | Automatic spur cancellation linuxdsp/spur/autospur.htm
| | |
| | Fig. 1. Enable automatic linuxdsp/spur/enable.gif
| | Fig. 2. Here maximum 100 linuxdsp/spur/spurpar.gif
| | 20mnoise1.raw http://www.sm5bsz.com/linuxdsp/spur/file1/20mnoise1.raw
| | 20mnoise1.raw http://www.sm5bsz.com/linuxdsp/spur/file1/20mnoise1.wav
| | Fig. 3. No blanker, no spur wrong cal linuxdsp/spur/file1/off.gif
| | Fig. 4. No blanker, no spur no cal linuxdsp/spur/file1/off2.gif
| | Fig. 5. No blanker, no spur pulses linuxdsp/spur/file1/calpul.gif
| | Fig. 6. No blanker, no spur cal OK linuxdsp/spur/file1/off3.gif
| | dsp_wcw_corr linuxdsp/spur/file1/dsp_wcw_corr
| | Fig. 7. Blanker enabled, but linuxdsp/spur/file1/blanker.gif
| | Fig. 8. Both blanker and spur linuxdsp/spur/file1/all.gif
| | Fig. 9. This spur needs linuxdsp/spur/file1/spurwidth.gif
| | Fig. 10. Here the time linuxdsp/spur/file1/all8.gif
| | ok1hb.wav linuxdsp/spur/file1/ok1hb.wav
| | ok1hb_coh2.wav linuxdsp/spur/file1/ok1hb_coh2.wav
| | ok1hb_coh3.wav linuxdsp/spur/file1/ok1hb_coh3.wav
| | Fig 11. OK1HB on 48.737 linuxdsp/spur/file1/ok1hb.gif
| | Fig 12. The middle part linuxdsp/spur/file1/coh2wav.gif
193 | LINRAD NETWORK linuxdsp/run/network.htm
| |
| Fig 1. Four instances.. linuxdsp/run/netbits.gif
276 practical performance digdynam/practical.htm
| |
| Fig 1. The data pins digdynam/databus.jpg
| Fig 2. The spectrum digdynam/lowim3.gif
| Fig 3. Setup to compare digdynam/cmpsch.gif
| Fig 4. Preselector digdynam/presel.gif
| Fig 5. 80 dB digdynam/c80db_rcf0.gif
| Fig 6. 70 dB digdynam/c70db_rcf0.gif
| Fig 7. 60 dB digdynam/c60db_rcf0.gif
| Fig 8. 50 dB digdynam/c50db_rcf0.gif
| Fig 9. 40 dB digdynam/c40db_rcf2.gif
| Fig 10. 30 dB digdynam/c30db_rcf2.gif
| Fig 11. 20 dB digdynam/c20db_rcf2.gif
| Fig 12. 10 dB digdynam/c10db_rcf2.gif
| Fig 13. 0 dB digdynam/c00db_rcf4.gif
298 Perseus with Linrad perseus/perseus.htm
| |
299 | Comparison between waterf_compare.htm
| | |
| | Fig. 1. The Perseus spectrum perseus/perseus_sp.jpg
| | Fig. 2. The Perseus waterfall perseus/perseus_wt.jpg
| | Fig. 3. The Winrad screen perseus/winrad.jpg
| | Fig. 4. The uncalibrated Linrad perseus/uncal.gif
| | Fig. 5. The calibrated Linrad perseus/linrad.gif
| Fig. 1. Two-tone test perseus/pers_im3.jpg
| Fig. 2. Setup for perseus/im2setup.gif
| Fig. 3. Two-tones on 7 MHz perseus/pers_im2.jpg
230 some high resolution spectra dynrange/hires_demo.htm
| |
| Fig 1. A crystal oscillator dynrange/hires_xtal_14mhz.gif
| Fig 2. A HP8657A "low noise dynrange/hires_hp_14mhz.gif
| Fig 3. The zoomed out... dynrange/txtest_ref.gif
257 SDR data file library rf_library.htm
| |
258 | W3CCX/B March 05 2006 w3sz/weakccs/winlin.htm
| | |
| | weakccs144m2rotor.wav w3sz/weakccs/weakccs144m2rotor.wav
| | ....knbnr50_I2PHD.wav w3sz/weakccs/winradweakccs144m2rotorcwpknbnr50_I2PHD.wav
| | fig1 w3sz/weakccs/winrad_ccx_i2phd.gif
| | dsp_wcw_corr w3sz/weakccs/dsp_wcw_corr
| | dsp_wcw_iqcorr w3sz/weakccs/dsp_wcw_iqcorr
| | fig2 w3sz/weakccs/linrad_ccx_sm5bsz.gif
| | fig3 upper w3sz/weakccs/linrad_ccx_sm5bsz_m.gif
| | fig3 lower w3sz/weakccs/winrad_ccx_i2phd.gif
| | linrad_optccx.wav w3sz/weakccs/linrad_optccx.wav
| | fig4 w3sz/weakccs/w3ccx_all.gif
| | linpar.tar w3sz/weakccs/linpar.tar
| | winpar.zip w3sz/weakccs/winpar.zip
259 | SSB Leonides 2001 linuxdsp/blanker/leon2001/leon2001.htm
| | |
| | leon2001.wav linuxdsp/blanker/leon2001/leon2001.wav
| | fig 1 linuxdsp/blanker/leon2001/leon2001.gif
| | linleo.wav linuxdsp/blanker/leon2001/linleo.wav
| | linpar_leon.tar linuxdsp/blanker/leon2001/linpar_leon.tar
| | dsp_ssb_corr linuxdsp/blanker/leon2001/dsp_ssb_corr
| | dsp_ssb_iqcorr linuxdsp/blanker/leon2001/dsp_ssb_iqcorr
| | winpar_leon.zip linuxdsp/blanker/leon2001/winpar_leon.zip
300 | ndb-315-415-013 linuxdsp/usage/ndb/ndb_pa0rdt.htm
| | |
| | ndb-315-415_013.wav http://sm5bsz.com/linuxdsp/usage/ndb/ndb-315-415_013.wav
| | Fig. 1. All of the ndb linuxdsp/usage/ndb/ndb_all.gif
| | Fig. 2. All of the ndb linuxdsp/usage/ndb/ndb_all_blanker.gif
| | Fig. 3. BLA and STM linuxdsp/usage/ndb/bla.gif
| | adwav linuxdsp/usage/ndb/adwav
| | blapar.zip linuxdsp/usage/ndb/blapar.zip
| | bla.wav linuxdsp/usage/ndb/bla.wav
| | l.wav linuxdsp/usage/ndb/l.wav
| | Fig. 4. L on 351.056 linuxdsp/usage/ndb/l.gif
| | Fig. 5. The loudspeaker output linuxdsp/usage/ndb/lwav.gif
| | lc.wav linuxdsp/usage/ndb/lc.wav
| | Fig. 6. L on 351.056 in Coh2 mode linuxdsp/usage/ndb/lc.gif
| | Fig. 7. The loudspeaker output linuxdsp/usage/ndb/lcwav.gif
| | lc.wav linuxdsp/usage/ndb/lc.wav
| | Fig. 8. The station on 349.042 linuxdsp/usage/ndb/jx.gif
| | Fig. 9. Carriers near 350.000 linuxdsp/usage/ndb/carr350.gif
301 | West Coast USA linuxdsp/usage/kari/kari.htm
| | |
| | http://sm5bsz.com/linuxdsp/usage/kari/530-930khz.wav
| | amdet.mp3 linuxdsp/usage/kari/amdet.mp3
| | Fig 1. The 530-930khz AMlinuxdsp/usage/kari/amdet.gif
| | adwav linuxdsp/usage/kari/adwav
| | karipar.zip linuxdsp/usage/kari/karipar.zip
| | karipar_linux.tbz linuxdsp/usage/kari/karipar_linux.tbz
| | amcohwide.mp3 linuxdsp/usage/kari/amcohwide.mp3
| | Fig 2. The 530-930khz Coh2 linuxdsp/usage/kari/amcohwide.gif
| | Fig 3. The 530-930khz AFC linuxdsp/usage/kari/amcohafc.gif
| | carr9995.mp3 linuxdsp/usage/kari/carr9995.mp3
| | Fig 4. The 530-930khz 9995 linuxdsp/usage/kari/carr9995.gif
| | carr0007.mp3 linuxdsp/usage/kari/carr0007.mp3
| | Fig 5. The 530-930khz 0007 linuxdsp/usage/kari/carr0007.gif
| | afagc.mp3 linuxdsp/usage/kari/afagc.mp3
| | Fig 6. As figure 5 linuxdsp/usage/kari/afagc.gif
109 General discussion on receivers pcdsp/genradio.htm
| |
110 | the arbitrariness of the carrier pcdsp/arbcarr.htm
| | |
| | Fig. 1 The CW "modulator" pcdsp/gencw.gif
111 | | complex mixer pcdsp/cmplmix.htm
112 | on noise figures..... pcdsp/ntemp.htm
113 | preamplifier design pcdsp/preamp.htm
| | |
| | Fig. 1. Idealised input... pcdsp/lcinput.gif
114 | an overload detector pcdsp/overload.htm
| | |
| | Fig. 1. Using a schottky... pcdsp/overload.gif
115 | using schottky diode mixers pcdsp/schott.htm
302 frequency stability of linuxdsp/usage/drm/loudsp_carrier.htm
| |
| Fig. 1. Winrad. linuxdsp/usage/drm/winrad131.gif
| Fig. 2. Linrad. linuxdsp/usage/drm/linrad247.gif
| Fig. 3. Perseus. linuxdsp/usage/drm/perseus10f.gif
03 Theory, software and hints antennas/antroot.htm
| |
04 | The Optimum 6 Element Yagi Antenna antennas/chenexp.htm
| | |
| | figure 1. antennas/fig1.gif
| | figure 2. antennas/fig2.gif
247 | Measurement of radiation oland/index.htm
| | |
| | Fig 1. Experimental radiation pattern oland/k1foarrl.gif
| | Fig 2. Same measurement oland/k1foarrd.gif
| | The measurement setup oland/setup.jpg
| | Fig 3. Radiation pattern of 17M2 oland/17m2dot.gif
| | Fig 4. As fig 3 but with straight lines oland/17m2raw.gif
| | K1FO.ZIP oland/k1fo.zip
| | VARG13.ZIP oland/varg13.zip
| | BSZ26.ZIP oland/bsz26.zip
| | VARG9.ZIP oland/varg9.zip
| | 17M2.ZIP oland/17m2.zip
| | BSZ9.ZIP oland/bsz9.zip
248 | | STEP1 oland/step1.htm
| | | |
| | | STEP1.ZIP oland/step1.zip
| | Fig 5. Raw data for 17M2 oland/17m2_4a.gif
| | Fig 6. Raw data for 17M2 oland/17m2_5a.gif
| | Fig 7. Measured far field oland/17m2_2.gif
| | Fig 8. Measured far field oland/17m2_3.gif
249 | | STEP2 oland/step2.htm
| | | |
| | | STEP2.ZIP oland/step2.zip
250 | | STEP3 oland/step3.htm
| | | |
| | | STEP3.ZIP oland/step3.zip
| | VARG9 G =13.86dBi oland/dvarg9.htm
| | | |
| | | Fig 1. Vargarda9 at 144.0 oland/bilder/varg9/f144.gif
| | | Fig 2. Vargarda9 at 148.0 oland/bilder/varg9/f148.gif
| | | Fig 3. The back lobe oland/bilder/varg9/back.gif
| | | Fig 4. Vargarda9 magnitude of error oland/bilder/varg9/diffmagn.gif
oland/bilder/varg9/scale.gif
| | | Fig 5. Vargarda9 real oland/bilder/varg9/an_real.gif
| | | Fig 6. Vargarda9 imaginary oland/bilder/varg9/an_imag.gif
| | | Fig 7. Cartesian plot oland/bilder/varg9/xyplot.gif
| | | Fig 8. Polar plot of E-plane oland/bilder/varg9/9.gif
| | | Fig 9. Polar plot of H-plane oland/bilder/varg9/8.gif
| | | Fig 10. Gain vs frequency oland/bilder/varg9/gain.gif
| | VARG13 G = 14.78dBi oland/dvarg13.htm
| | | |
| | | Fig 1. Vargarda13 at 432.0 oland/bilder/varg13/f432.gif
| | | Fig 2. Vargarda13 at 436.0 oland/bilder/varg13/f436.gif
| | | Fig 3. The back lobe oland/bilder/varg13/back.gif
| | | Fig 4. Vargarda13 magnitude of error oland/bilder/varg13/diffmagn.gif
| | | Fig 5. Vargarda13 real oland/bilder/varg13/an_real.gif
| | | Fig 6. Vargarda13 imaginary oland/bilder/varg13/an_imag.gif
| | | Fig 8. Polar plot of E-plane oland/bilder/varg13/9.gif
| | | Fig 9. Polar plot of H-plane oland/bilder/varg13/8.gif
| | | Fig 10. Gain vs frequency oland/bilder/varg13/gain.gif
| | BSZ9 G = 15.15dBi oland/dbsz9.htm
| | | |
| | | Fig 1. BSZ9 at 144.0 oland/bilder/bsz9/f144.gif
| | | Fig 2. BSZ9 at 148.0 oland/bilder/bsz9/f148.gif
| | | Fig 3. The back lobe oland/bilder/bsz9/back.gif
| | | Fig 4. BSZ9 magnitude of error oland/bilder/bsz9/diffmagn.gif
| | | Fig 5. BSZ9 real oland/bilder/bsz9/an_real.gif
| | | Fig 6. BSZ9 imaginary oland/bilder/bsz9/an_imag.gif
| | | Fig 7. Cartesian plot oland/bilder/bsz9/xyplot.gif
| | | Fig 8. Polar plot of E-plane oland/bilder/bsz9/9.gif
| | | Fig 9. Polar plot of H-plane oland/bilder/bsz9/8.gif
| | | Fig 10. Gain vs frequency oland/bilder/bsz9/gain.gif
| | 17M2 G = 16.89dBi oland/d17m2.htm
| | | |
| | | Fig 1. 17M2 at 144.0 oland/bilder/17m2/f144.gif
| | | Fig 2. 17M2 at 148.0 oland/bilder/17m2/f148.gif
| | | Fig 3. The back lobe oland/bilder/17m2/back.gif
| | | Fig 4. 17M2 magnitude of error oland/bilder/17m2/diffmagn.gif
| | | Fig 5. 17M2 real oland/bilder/17m2/an_real.gif
| | | Fig 6. 17M2 imaginary oland/bilder/17m2/an_imag.gif
| | | Fig 7. 17M2 in the forward oland/bilder/17m2/heights/hf144.gif
| | | Fig 8. 17M2 in the forward oland/bilder/17m2/heights/an_real.gif
| | | oland/bilder/17m2/heights/scale.gif
| | | Fig 9. 17M2 in the forward oland/bilder/17m2/heights/an_imag.gif
| | | Fig 10. Cartesian plot oland/bilder/17m2/xyplot.gif
| | | Fig 11. Polar plot of E-plane oland/bilder/17m2/9.gif
| | | Fig 12. Polar plot of H-plane oland/bilder/17m2/8.gif
| | | Fig 13. Gain vs frequency oland/bilder/17m2/gain.gif
| | K1FO G = 17.87dBi oland/dk1fo.htm
| | | |
| | | Fig 1. K1FO at 432.2 oland/bilder/k1fo/f432.gif
| | | Fig 2. K1FO at 436.0 oland/bilder/k1fo/f436.gif
| | | Fig 3. The back lobe oland/bilder/k1fo/back.gif
| | | Fig 4. K1FO magnitude of error oland/bilder/k1fo/diffmagn.gif
| | | Fig 5. K1FO real oland/bilder/k1fo/an_real.gif
| | | Fig 6. K1FO imaginary oland/bilder/k1fo/an_imag.gif
| | | Fig 7. Cartesian plot oland/bilder/k1fo/xyplot.gif
| | | Fig 8. Polar plot of E-plane oland/bilder/k1fo/9.gif
| | | Fig 9. Polar plot of H-plane oland/bilder/k1fo/8.gif
| | | Fig 10. Gain vs frequency oland/bilder/k1fo/gain.gif
| | BSZ26 G = ????? oland/dbsz26.htm
| | | |
| | | Fig 1. BSZ26 at 432.2 oland/bilder/bsz26/f432.gif
| | | Fig 2. BSZ26 at 436.0 oland/bilder/bsz26/f436.gif
| | | Fig 3. The back lobe oland/bilder/bsz26/back.gif
| | | Fig 4. BSZ26 magnitude of error oland/bilder/bsz26/diffmagn.gif
| | | Fig 5. BSZ26 real oland/bilder/bsz26/an_real.gif
| | | Fig 6. BSZ26 imaginary oland/bilder/bsz26/an_imag.gif
| | | Fig 7. Cartesian plot oland/bilder/bsz26/xyplot.gif
| | | Fig 10. Gain vs frequency oland/bilder/bsz26/gain.gif
| | Fig 10. The radiation pattern oland/compare.gif
05 | Computer Design of Very High Gain Yagi Antennas antennas/cpudes01.htm
| | |
| | figure 1. antennas/figa1.gif
| | figure 2. antennas/figa2.gif
| | figure 3. antennas/figa3.gif
06 | YOLIN antennas/kuostrai.htm
| | |
| | YOLIN36.ZIP antennas/yolin36.zip
| | YOLIN96.ZIP antennas/yolin96.zip
| | YOLIN230.ZIP antennas/yolin230.zip
| | INPUT.YAG antennas/input.yag
| | MODE.DAT antennas/mode.dat
| | WEIGHTS.DAT antennas/weights.dat
| | CONFIG.DAT antennas/config.dat
| BSZ09.YAG antennas/bsz09.yag
| BSZ09.NEC antennas/bsz09.nec
| numerical antennas/yag9.org
| Figure 1. antennas/yag9orgg.gif
| Figure 2. antennas/yag9orgz.gif
| numerical antennas/yag9.mod
| Figure 3. antennas/yag9modg.gif
| Figure 4. antennas/yag9modz.gif
| BSZ10.NEC antennas/bsz10.nec
07 | more details on comparisons antennas/neccomp.htm
| | |
| | numerical antennas/yag5.org
| | Figure 1. antennas/yag5orgg.gif
| | Figure 2. antennas/yag5orgz.gif
| | numerical antennas/yag5.mod
| | Figure 3. antennas/yag5modg.gif
| | Figure 4. antennas/yag5modz.gif
| | Figure 5. antennas/dip1orez.gif
| | Figure 6. antennas/dip1mrez.gif
| | Figure 7. antennas/dip1oimz.gif
| | Figure 8. antennas/dip1mimz.gif
| | Figure 9. antennas/dip5orez.gif
| | Figure 10. antennas/dip5mrez.gif
| | Figure 11. antennas/dip5oimz.gif
| | Figure 12. antennas/dip5mimz.gif
| | Figure 13 antennas/dip10og.gif
| | NEC2, diam 5 mm, length 985.127 mm antennas/dip5.org
| | Modified NEC, diam 5 mm, length 985.127 mm antennas/dip5.mod
| | NEC2, diam 10 mm, length 985.127 mm antennas/dip10.org
| | Modified NEC, diam 10 mm, length 985.127 mm antennas/dip10.mod
68 | Modified NEC2 Optimisation Program antennas/nec2mod.htm
| | |
| | omnec200.tbz antennas/omnec200.tbz
| | omnec200.tgz antennas/omnec200.tgz
| | OMNEC.EXE(vers1.30) antennas/omn13exe.zip
08 | | old versions antennas/nec2mol.htm
| | | OMNEC400.zip antennas/omnec400.zip
| | | OMNEC800.zip href="antennas/omnec800.zip">antennas/omnec800.zip
| | | OMNEC1K2.zip antennas/omnec1k2.zip
| | | OMNECFOR.zip antennas/omnecfor.zip
| | | INPUT.NEC antennas/input.nec
| | | PARNR.NEC antennas/parnr.nec
| | | OMNEC.txt antennas/omnec.txt
| | OMNEC source code (vers 1.30) antennas/omn13src.zip
| | EXAMPLE1.zip antennas/example1.zip
| | EXAMPLE2.zip antennas/example2.zip
| | EXAMPLE3.zip antennas/example3.zip
| | OUTPUT.NEC antennas/output.nec
| Here is a photo antennas/bsz14.gif
| Here is another photo antennas/sm5bsz.jpg
09 | Practical Design of Very High Gain Yagi Arrays antennas/cpudes02.htm
| | |
269 | | Elements at 413 MHz antennas/sa/losses413.htm
| | | |
| | | Figure 1. The 0.7m x 0.3 m antennas/sa/img/70x30x30_400px.jpg
| | | Figure 2. Four elements antennas/sa/img/oldele.jpg
| | | Figure 3. Isolated through-hole antennas/sa/img/starlock.jpg
270 | | Elements at 144 MHz antennas/sa/losses144.htm
| | | |
| | | Fig 1. The box antennas/sa/img/90x90x120_400px.jpg
| | | Fig 2. Element with nylon antennas/sa/img/topmount.jpg
| | Figure 1. antennas/figb1.gif
| | Figure 1a. antennas/figb1a.gif
| | Figure 2. antennas/figb2.gif
271 | | General discussion antennas/sa/boomcorr.htm
272 | | BC antennas/sa/bc.htm
| | | |
| | | INPUT.BC antennas/sa/input.bc
| | | BC.EXE antennas/sa/bc.zip
273 | | Boom corrections antennas/sa/others.htm
| | | |
| | | Fig 1 Currently used antennas/sa/img/bom1.gif
274 | | Experimental setup antennas/sa/bomexp.htm
| | | |
| | | Fig.1.The "boom correction" antennas/sa/img/room.jpg
| | | Fig.2.A