Albalá Ingenieros HAM3000C03, Руководство пользователя, Страница: 36 / 50

Albalá Ingenieros | Manual HAM3000C03
PHASE_G1P1L 0x0A 0x0710 0x80 Y N Phase gain applied to the digital audio channel embedded in G1P1L PGM OUT
0=Normal, 1=Inverted
GAN_G1P1R 0x0B 0x0710 0x7F Y N Gain applied to the digital audio channel embedded in G1P1R PGM OUT
= 24-x/2 dB
PHASE_G1P1R 0x0B 0x0710 0x80 Y N Phase gain applied to the digital audio channel embedded in G1P1R PGM OUT
0=Normal, 1=Inverted
GAN_G2P0L 0x0C 0x0710 0x7F Y N Gain applied to the digital audio channel embedded in G2P0L PGM OUT
= 24-x/2 dB
PHASE_G2P0L 0x0C 0x0710 0x80 Y N Phase gain applied to the digital audio channel embedded in G2P0L PGM OUT
0=Normal, 1=Inverted
GAN_G2P0R 0x0D 0x0710 0x7F Y N Gain applied to the digital audio channel embedded in G2P0R PGM OUT
= 24-x/2 dB
PHASE_G2P0R 0x0D 0x0710 0x80 Y N Phase gain applied to the digital audio channel embedded in G2P0R PGM OUT
0=Normal, 1=Inverted
GAN_G2P1L 0x0E 0x0710 0x7F Y N Gain applied to the digital audio channel embedded in G2P1L PGM OUT
= 24-x/2 dB
PHASE_G2P1L 0x0E 0x0710 0x80 Y N Phase gain applied to the digital audio channel embedded in G2P1L PGM OUT
0=Normal, 1=Inverted
GAN_G2P1R 0x0F 0x0710 0x7F Y N Gain applied to the digital audio channel embedded in G2P1R PGM OUT
= 24-x/2 dB
PHASE_G2P1R 0x0F 0x0710 0x80 Y N Phase gain applied to the digital audio channel embedded in G2P1R PGM OUT
0=Normal, 1=Inverted
GAN_G3P0L 0x00 0x0720 0x7F Y N Gain applied to the digital audio channel embedded in G3P0L PGM OUT
= 24-x/2 dB
PHASE_G3P0L 0x00 0x0720 0x80 Y N Phase gain applied to the digital audio channel embedded in G3P0L PGM OUT
0=Normal, 1=Inverted
GAN_G3P0R 0x01 0x0720 0x7F Y N Gain applied to the digital audio channel embedded in G3P0R PGM OUT
= 24-x/2 dB
PHASE_G3P0R 0x01 0x0720 0x80 Y N Phase gain applied to the digital audio channel embedded in G3P0R PGM OUT
0=Normal, 1=Inverted
GAN_G3P1L 0x02 0x0720 0x7F Y N Gain applied to the digital audio channel embedded in G3P1L PGM OUT
= 24-x/2 dB
PHASE_G3P1L 0x02 0x0720 0x80 Y N Phase gain applied to the digital audio channel embedded in G3P1L PGM OUT
0=Normal, 1=Inverted
GAN_G3P1R 0x03 0x0720 0x7F Y N Gain applied to the digital audio channel embedded in G3P1R PGM OUT
= 24-x/2 dB
PHASE_G3P1R 0x03 0x0720 0x80 Y N Phase gain applied to the digital audio channel embedded in G3P1R PGM OUT
0=Normal, 1=Inverted
GAN_G4P0L 0x04 0x0720 0x7F Y N Gain applied to the digital audio channel embedded in G4P0L PGM OUT
= 24-x/2 dB
PHASE_G4P0L 0x04 0x0720 0x80 Y N Phase gain applied to the digital audio channel embedded in G4P0L PGM OUT
0=Normal, 1=Inverted
GAN_G4P0R 0x05 0x0720 0x7F Y N Gain applied to the digital audio channel embedded in G4P0R PGM OUT
= 24-x/2 dB
PHASE_G4P0R 0x05 0x0720 0x80 Y N Phase gain applied to the digital audio channel embedded in G4P0R PGM OUT
0=Normal, 1=Inverted
GAN_G4P1L 0x06 0x0720 0x7F Y N Gain applied to the digital audio channel embedded in G4P1L PGM OUT
= 24-x/2 dB
PHASE_G4P1L 0x06 0x0720 0x80 Y N Phase gain applied to the digital audio channel embedded in G4P1L PGM OUT
0=Normal, 1=Inverted
GAN_G4P1R 0x07 0x0720 0x7F Y N Gain applied to the digital audio channel embedded in G4P1R PGM OUT
= 24-x/2 dB
PHASE_G4P1R 0x07 0x0720 0x80 Y N Phase gain applied to the digital audio channel embedded in G4P1R PGM OUT
0=Normal, 1=Inverted
GAN_AES1L 0x08 0x0720 0x7F Y N Gain applied to the digital audio channel output AES1L OUT
= 24-x/2 dB
PHASE_AES1L 0x08 0x0720 0x80 Y N Phase gain applied to the digital audio channel output AES1L OUT
0=Normal, 1=Inverted
GAN_AES1R 0x09 0x0720 0x7F Y N Gain applied to the digital audio channel output AES1R OUT
= 24-x/2 dB
PHASE_AES1R 0x09 0x0720 0x80 Y N Phase gain applied to the digital audio channel output AES1R OUT
0=Normal, 1=Inverted
GAN_AES2L 0x0A 0x0720 0x7F Y N Gain applied to the digital audio channel output AES2L OUT
= 24-x/2 dB
PHASE_AES2L 0x0A 0x0720 0x80 Y N Phase gain applied to the digital audio channel output AES2L OUT
0=Normal, 1=Inverted
GAN_AES2R 0x0B 0x0720 0x7F Y N Gain applied to the digital audio channel output AES2R OUT
= 24-x/2 dB
PHASE_AES2R 0x0B 0x0720 0x80 Y N Phase gain applied to the digital audio channel output AES2R OUT
0=Normal, 1=Inverted
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