| VHF SCANNERS with SSB |
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All results combined:
Optimal tuning of one stable transmitter produce different frequencies according to receiver and mode used. Tag producers sometimes declare true transmitted frequency but mostly it is shifted according to their SSB receiver construction.
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AOR AR8000:
Sensitivity: high Mirror SB: good reduction USB: down USB/LSB: slightly different minima Frequency: USB 172.1527, LSB 172.1535 CW: down , USB+800Hz Temp. stability: good Note: powerful acoustic output |
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AOR AR8200:
Sensitivity: high Mirror SB: excellent reduction USB: down USB/LSB: identical minima Frequency: 172.1523 CW: down , USB+700Hz Temp. stability: excellent Note: special temperature stabilizer |
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IC R10:
Sensitivity: high Mirror SB: good reduction USB: down USB/LSB: identical minima Frequency: 172.1515 CW: up, LSB-750Hz Temp. stability: good, in -4grC drop by 750 Hz Note: Manual gain control. Low acoustic output. |
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IC R20:
Sensitivity: high Mirror SB: very good reduction USB: down USB/LSB: almost identical minima Frequency: 172.1522 CW: up, =LSB Temp. stability: good, in 0grC drop by 750 Hz Note: Good gradual manual gain control. Build in recorder unfortunately not easy downloadable to PC |
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IC R20 (new):
Sensitivity: high Mirror SB: very good reduction USB: down USB/LSB: identical minima Frequency: 172.1525 CW: up, =LSB! Note: narrower CW filter(?) |
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Yupiteru MVT7300:
Sensitivity: good Mirror SB: standard reduction USB: down USB/LSB: identical minima Frequency: 172.1525 CW: down , USB+700Hz Temp. stability: N/A Note:clocks |
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Yupiteru 7100:
Sensitivity: good Mirror SB: poor reduction USB: up USB/LSB: identical minima Frequency: 172.1525 CW: up , USB-700Hz Temp. stability: N/A Note: |
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Stabo XR100 (1994)
Sensitivity: standard Mirror SB: poor reduction USB: down USB/LSB: different minima! shift! Frequency: USB 172.1532, LSB 172.1498 CW: N/A Temp. stability: poor, in 0dgC drop by 1.2kHz Note: data on display shifted |