mirror of https://github.com/saitohirga/WSJT-X.git
40 lines
1.6 KiB
Plaintext
40 lines
1.6 KiB
Plaintext
Before using the new "CQ nnn ..." feature in JTMSK mode, I suggest
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performing the following tests of the necessary CAT control for your
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radio. (I'm assuming that you already have some experience with
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JTMSK.)
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TEST 1:
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--------------------------------------------------------------------------
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1. Start WSJT-X
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2. Settings: "Enable VHF/UHF/Microwave features, "Rx frequency offset
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with 'CQ nnn ...'", Split=Rig, or Split="Fake it"
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3. Main screen settings: Band=50.280, mode=JTMSK, T/R=15 s
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4. Activate CQRx, set CQ Rx=265
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==> Rx dial should now read 50.265 and Tx6 should be queued
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5. Click "Enable Tx"
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==> Tx sequences should occur at 50.280, Rx at 50.265
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With most rigs, this test should work with Split configured as either
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"Rig" or "Fake it".
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TEST 2:
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--------------------------------------------------------------------------
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1. Start WSJT-X
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2. Settings: MyCall=K1JT, "Enable VHF/UHF/Microwave features,
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"Rx frequency offset with 'CQ nnn ...'", Split=Rig or "Fake it"
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4. Main screen settings: Band=50.280, mode=JTMSK, T/R=15 s
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5. Open file 150826_120515.wav
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==> see decoded message "K1JT VE1SKY FN74"
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6. Click "Monitor" to restart monitoring
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7. Activate CQRx, set CQ Rx=265
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==> Rx dial should now read 50.265; Tx6 should be queued
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8. Click "Enable Tx"
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==> Tx sequences should occur at 50.280, Rx at 50.265
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9. After the start of a transmission, double-click on the decoded message
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"K1JT VE1SKY FN74"
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==> Tx2 should be generated and queued; transmission will pause
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briefly, Tx freq changed to 50.265, then Tx resumed.
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The test file is posted at
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http://physics.princeton.edu/pulsar/K1JT/150826_120515.wav
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