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Albalá Ingenieros | Manual 

HAM3000C03

AES_OUT_2_L

0x02

0x0710

0x1F

Y

N

Audio channel assignment to the digital audio output AES2L OUT
0=G1P0L,1=G1P0R,2=G1P1L,3=G1P1R,4=G2P0L,5=G2P0R,6=G2P1L,7=G2P1R,8=
G3P0L,9=G3P0R,10=G3P1L,11=G3P1R,12=G4P0L,13=G4P0R,14=G4P1L,15=G4P1
R,16=C1_A,17=C2_A,18=C3_A,19=C4_A,20=AES1L,21=AES1R,22=AES2L,23=AES
2R,24=GEN1,25=GEN2,26=None

AES_OUT2L_MON_PH

0x02

0x0710

0x40

Y

N

Phase applied to the secundary channel in the stereophonic audio pair for
generating the monophonic audio in AES2L OUT
0=Normal, 1=Inverted

AES_OUT2L_MONO

0x02

0x0710

0x80

Y

N

Monophonic audio generated from the audio pair assigned to AES2L OUT
0=Disabled, 1=Enabled

AES_OUT_2_R

0x03

0x0710

0x1F

Y

N

Audio channel assignment to the digital audio output AES2R OUT
0=G1P0L,1=G1P0R,2=G1P1L,3=G1P1R,4=G2P0L,5=G2P0R,6=G2P1L,7=G2P1R,8=
G3P0L,9=G3P0R,10=G3P1L,11=G3P1R,12=G4P0L,13=G4P0R,14=G4P1L,15=G4P1
R,16=C1_A,17=C2_A,18=C3_A,19=C4_A,20=AES1L,21=AES1R,22=AES2L,23=AES
2R,24=GEN1,25=GEN2,26=None

AES_OUT2R_MON_PH

0x03

0x0710

0x40

Y

N

Phase applied to the secundary channel in the stereophonic audio pair for
generating the monophonic audio in AES2R OUT
0=Normal, 1=Inverted

AES_OUT2R_MONO

0x03

0x0710

0x80

Y

N

Monophonic audio generated from the audio pair assigned to AES2R OUT
0=Disabled, 1=Enabled

ANALOG_OUT_1_L

0x04

0x0710

0x1F

Y

N

Audio channel assignment to the analogue audio output ANALOG1L OUT
0=G1P0L,1=G1P0R,2=G1P1L,3=G1P1R,4=G2P0L,5=G2P0R,6=G2P1L,7=G2P1R,8=
G3P0L,9=G3P0R,10=G3P1L,11=G3P1R,12=G4P0L,13=G4P0R,14=G4P1L,15=G4P1
R,16=C1_A,17=C2_A,18=C3_A,19=C4_A,20=AES1L,21=AES1R,22=AES2L,23=AES
2R,24=GEN1,25=GEN2,26=None

ANL_OUT1L_MON_PH

0x04

0x0710

0x40

Y

N

Phase applied to the secundary channel in the stereophonic audio pair for
generating the monophonic audio in ANALOG1L OUT
0=Normal, 1=Inverted

ANLG_OUT1L_MONO

0x04

0x0710

0x80

Y

N

Monophonic audio generated from the audio pair assigned to ANALOG1L OUT
0=Disabled, 1=Enabled

ANALOG_OUT_1_R

0x05

0x0710

0x1F

Y

N

Audio channel assignment to the analogue audio output ANALOG1R OUT
0=G1P0L,1=G1P0R,2=G1P1L,3=G1P1R,4=G2P0L,5=G2P0R,6=G2P1L,7=G2P1R,8=
G3P0L,9=G3P0R,10=G3P1L,11=G3P1R,12=G4P0L,13=G4P0R,14=G4P1L,15=G4P1
R,16=C1_A,17=C2_A,18=C3_A,19=C4_A,20=AES1L,21=AES1R,22=AES2L,23=AES
2R,24=GEN1,25=GEN2,26=None

ANL_OUT1R_MON_PH

0x05

0x0710

0x40

Y

N

Phase applied to the secundary channel in the stereophonic audio pair for
generating the monophonic audio in ANALOG1R OUT
0=Normal, 1=Inverted

ANLG_OUT1R_MONO

0x05

0x0710

0x80

Y

N

Monophonic audio generated from the audio pair assigned to ANALOG1R OUT
0=Disabled, 1=Enabled

ANALOG_OUT_2_L

0x06

0x0710

0x1F

Y

N

Audio channel assignment to the analogue audio output ANALOG2L OUT
0=G1P0L,1=G1P0R,2=G1P1L,3=G1P1R,4=G2P0L,5=G2P0R,6=G2P1L,7=G2P1R,8=
G3P0L,9=G3P0R,10=G3P1L,11=G3P1R,12=G4P0L,13=G4P0R,14=G4P1L,15=G4P1
R,16=C1_A,17=C2_A,18=C3_A,19=C4_A,20=AES1L,21=AES1R,22=AES2L,23=AES
2R,24=GEN1,25=GEN2,26=None

ANL_OUT2L_MON_PH

0x06

0x0710

0x40

Y

N

Phase applied to the secundary channel in the stereophonic audio pair for
generating the monophonic audio in ANALOG2L OUT
0=Normal, 1=Inverted

ANLG_OUT2L_MONO

0x06

0x0710

0x80

Y

N

Monophonic audio generated from the audio pair assigned to ANALOG2L OUT
0=Disabled, 1=Enabled

ANALOG_OUT_2_R

0x07

0x0710

0x1F

Y

N

Audio channel assignment to the analogue audio output ANALOG2R OUT
0=G1P0L,1=G1P0R,2=G1P1L,3=G1P1R,4=G2P0L,5=G2P0R,6=G2P1L,7=G2P1R,8=
G3P0L,9=G3P0R,10=G3P1L,11=G3P1R,12=G4P0L,13=G4P0R,14=G4P1L,15=G4P1
R,16=C1_A,17=C2_A,18=C3_A,19=C4_A,20=AES1L,21=AES1R,22=AES2L,23=AES
2R,24=GEN1,25=GEN2,26=None

ANL_OUT2R_MON_PH

0x07

0x0710

0x40

Y

N

Phase applied to the secundary channel in the stereophonic audio pair for
generating the monophonic audio in ANALOG2R OUT
0=Normal, 1=Inverted

ANLG_OUT2R_MONO

0x07

0x0710

0x80

Y

N

Monophonic audio generated from the audio pair assigned to ANALOG2R OUT
0=Disabled, 1=Enabled

GAN_G1P0L

0x08

0x0710

0x7F

Y

N

Gain applied to the digital audio channel embedded in G1P0L PGM OUT
= 24-x/2 dB

PHASE_G1P0L

0x08

0x0710

0x80

Y

N

Phase gain applied to the digital audio channel embedded in G1P0L PGM OUT
0=Normal, 1=Inverted

GAN_G1P0R

0x09

0x0710

0x7F

Y

N

Gain applied to the digital audio channel embedded in G1P0R PGM OUT
= 24-x/2 dB

PHASE_G1P0R

0x09

0x0710

0x80

Y

N

Phase gain applied to the digital audio channel embedded in G1P0R PGM OUT
0=Normal, 1=Inverted

GAN_G1P1L

0x0A

0x0710

0x7F

Y

N

Gain applied to the digital audio channel embedded in G1P1L PGM OUT
= 24-x/2 dB

35

Содержание HAM3000C03

Страница 1: ...HAM3000C03 3G HD SD SDI DIGITAL VIDEO EMBEDDED AUDIO MODIFIER WITH ANALOG AUDIO OUTPUTS Version 1 0 Albalá Ingenieros S A Medea 4 28037 Madrid Spain 21 May 2015 Albalá Ingenieros S A All rights reserved ...

Страница 2: ...HAM3000C03 ...

Страница 3: ...Interconnection 16 3 6 1 Electrical SDI video connections 17 3 6 2 Analog video connections 17 3 6 3 Digital audio connections 17 3 6 4 Analog audio connections 17 4 OPERATION 19 4 1 Front panel description 19 4 2 Supported formats 21 4 3 Functional description 21 4 3 1 Video synchronizer 22 4 3 2 AES EBU digital audio inputs 25 4 3 3 Analog audio outputs 25 4 3 4 Auxiliary video inputs 25 4 3 5 A...

Страница 4: ...6 REGULATIONS 47 7 VERSIONS 49 ...

Страница 5: ...UT In addition to embedding deembedding and sample rate conversion the HAM3000C03 can reassign input signal audio channels to any of the output signal audio channels and adjust the gain applied to each of them independently It is also possible to implement a delay of up to 10 s in each audio channel The HAM3000C03 module can operate as a frame synchronizer or delayer The output video signal OUT ca...

Страница 6: ...audio in the auxiliary input even if this input is not synchronized to the program input up to four channels The AES EBU digital audio inputs including asynchronous signals Full scale level adjustment between 15 and 22 dB in 1 dB steps Provides an audio processor at the output capable of Adjusting signal level Reversing the phase Channel summing of a stereo pair to generate a monaural signal Delay...

Страница 7: ...Albalá Ingenieros Manual HAM3000C03 Low power 7 ...

Страница 8: ...Albalá Ingenieros Manual HAM3000C03 1 3 Block diagram 8 ...

Страница 9: ...5 Ω 1 Return loss Up to 3 GHz 10 dB Up to 1 5 GHz 15 dB Number of outputs 2 Amplitude 800 mVpp 10 SD HD 3G SDI digital video signal Signal formats According to SMPTE ST 424 SMPTE ST 292 1 SMPTE ST 259 standards Bit rates 270 Mbit s 1 483 Gbit s 1 485 Gbit s 2 967 Gbit s and 2 970 Gbit s Accepted formats 625i50 525i59 94 720p50 720p59 94 1080i50 1080i59 94 1080p50 1080p59 94 Embedded audio format A...

Страница 10: ...n terminal 3 81 mm pitch Impedance 110 Ω 20 Type Transformer balanced Encoding and electrical characteristics According to EBU Tech 3250 E AES3 standard Sampling rate 30 to 100 kHz Number of inputs 2 AES EBU digital audio signal output Connector Plug in terminal 3 81 mm pitch Impedance 110 Ω 20 Type Transformer balanced Encoding and electrical characteristics According to EBU Tech 3250 E AES3 stan...

Страница 11: ...ted formats 625i50 525i59 94 720p50 720p59 94 1080i50 1080i59 94 1080p50 1080p59 94 Input signal amplitude 6 dB referred to nominal General Maximum power supply current 850 850 mA Operating temperature range 0 50 C Approximate weight 425 g 11 ...

Страница 12: ...Albalá Ingenieros Manual HAM3000C03 HAM3000C03 12 ...

Страница 13: ...ns This equipment must be connected to a mains outlet with a protective earth connection Never use extension cords that do not have protective earthing connection The lack of an effective electrical connection between the ground pin in the mains input connector of the equipment and the protective earth of the electrical power distribution can cause serious harm All modules of the Albalá Ingenieros...

Страница 14: ...hnical manuals of the installed power supply and modules A single unit UR3100 mounting frame cannot house more that 3 HAM3000C03 modules following the same criteria as the three unit mounting frame and preferably leaving the central bay empty The UR3000 mounting frame does not include forced ventilation however heat generated inside the rack cabinet where the frame is housed must be extracted Othe...

Страница 15: ...ting frame with two M3 metric screws and tighten 5 Insert the HDE3000P25 board main board of the HAM3000C03 module into the front of the mounting frame The edges of the card slide into two plastic guides inside the mounting frame 6 Affix the main board to the mounting frame using the two screws included on the front panel After these steps the module is ready to be connected to other equipment 15 ...

Страница 16: ...UT1 OUT2 and a loop through analog reference input SYNC IN SYNC LOOP It also has two AES EBU balanced audio digital pair inputs AES AUDIO IN two outputs AES AUDIO OUT and four analog audio outputs ANALOG AUDIO 1 ANALOG AUDIO 2 The rear interconnection board is not designed to withstand mechanical stress The wiring must be fastened properly to the frame where the mounting frame is housed to prevent...

Страница 17: ... in both sections The use of analog video coaxial cables RG 59 type or similar is not recommended for digital video except for very short distances 3 6 2 Analog video connections The reference analog video signal input uses two BNC connectors configured in loop through The analog video outputs use BNC connectors and have an impedance of 75 Ω 3 6 3 Digital audio connections Digital audio inputs are...

Страница 18: ...Albalá Ingenieros Manual HAM3000C03 HAM3000C03 18 ...

Страница 19: ...panel indicators of the HAM3000C03 module and their remote control and monitoring ability 4 1 Front panel description The appearance of the front panel and the elements it contains are shown in the following illustration Front panel of the HAM3000C03 The meaning of the indicators is described below 19 ...

Страница 20: ... is interlaced If this LED is lit and both 1 5G and the 3G LEDs remain off the format is SD SDI PROGR Green Detected format of the reference is progressive In the PGM SDI IN AUX SDI IN boxes NO SIG Red Lights up when no valid video signal is present at the SDI input Blinks when the input signal has EDH CRC errors UNLOCK Red In synchronizer mode lights up when the video signal at the input is not c...

Страница 21: ...nput signals it generates two pairs of AES EBU digital audio outputs with a 48 kHz sampling rate synchronized to the output video signal It can also generate four analog audio output channels The HAM3000C03 can also adjust the gain and reverse the phase of each audio channel independently and is able to generate a monaural audio signal from a pair of stereo audio channels In addition the module HA...

Страница 22: ...s structure the following functional blocks can be identified Video synchronizer AES EBU digital audio inputs Analog audio outputs Auxiliary video inputs Audio buffer Audio processor Audio generator 4 3 1 Video synchronizer The HAM3000C03 s video synchronizer features two operating modes synchronizer and delayer 22 ...

Страница 23: ...n of a black signal can be chosen Delay of the output signal with respect to the reference can be selected in both modes delaying up to 16 frames for SD SDI and up to 4 frames for 3G HD SDI The minimum video signal delay is 15 lines when in delayer mode The tables below summarizes the operating modes of the video synchronizer and the behavior of the associated front panel LED indicators DELAYER MO...

Страница 24: ...within the start phase the module generates a black video output otherwise it generates a frozen image or a black image according to the configuration The generated video is locked to the analogue reference User defined delay ON ON OFF Present Present an unsupported format or an incompatible format with the analogue reference SDI input video locked to the SDI input Minimum delay OFF ON OFF Present...

Страница 25: ... is used The user can configure the full scale level between 14 dBu and 22 dBu in 1 dB steps 4 3 4 Auxiliary video inputs The HAM3000C03 module features an auxiliary video input from which up to four audio channels can be extracted for later embedding in the output video Since the auxiliary video input can be asynchronous with respect to the program video input and to the analog reference conversi...

Страница 26: ...hannel G1P0LOUT G2P1RPGM IN G2P1LPGM IN 2 The user can also select secondary signal phase inversion in monaural audio generation Using the example above if the user selects phase inversion in the monaural audio generation the output channel will be G1P0LOUT G2P1RPGM IN G2P1LPGM IN 2 When monaural audio is generated both signals of the original stereo pair have the same delay equal to the delay spe...

Страница 27: ...alá Ingenieros Manual HAM3000C03 of the short tones and longer tone length are also user configurable 4 4 Presets The HAM3000C03 module features 16 presets which can be recalled through control software 27 ...

Страница 28: ...vision The HAM3000C03 requires remote control for configuration In order to perform remote configuration and supervision of the module an optional TL3000 family remote communications controller must be installed in the mounting frame The main function of the communications control module is to interface between a 10 100 Ethernet port an EIA RS232 or an EIA RS485 serial port and the internal bus of...

Страница 29: ...nnel 4 5 1 Details of the HAM3000C03 registers The HAM3000C03 module provides control and status registers that can be read and written by means of specific commands described in the communication control module user manuals The parameter information grouped in the CONTROL or RAM sections is stored in volatile memory Any modifications to the parameters will be lost when the module power supply is ...

Страница 30: ...0R 10 Gr3P1L 11 Gr3P1R 12 Gr4P0L 13 Gr4P0R 14 Gr4P 1L 15 Gr4P1R MUX_AUX_C2 0x07 0xF0 Y N Selects the channel 2 from the input video signal AUX IN 0 Gr1P0L 1 Gr1P0R 2 Gr1P1L 3 Gr1P1R 4 Gr2P0L 5 Gr2P0R 6 Gr2P1L 7 Gr2P 1R 8 Gr3P0L 9 Gr3P0R 10 Gr3P1L 11 Gr3P1R 12 Gr4P0L 13 Gr4P0R 14 Gr4P 1L 15 Gr4P1R MUX_AUX_C3 0x08 0x0F Y N Selects the channel 3 from the input video signal AUX IN 0 Gr1P0L 1 Gr1P0R 2 ...

Страница 31: ...abled SDI_ABSNT_MASK 0x10 0x01 N N Allows masking no SDI signal fail 0 Disabled 1 Enabled SDI_UNLCK_MASK 0x10 0x02 N N Allows masking SDI unlock fail 0 Disabled 1 Enabled EDH_CRC_MASK 0x10 0x04 N N Allows masking EDH CRC fail 0 Disabled 1 Enabled SDI_ABSN_AUX_MSK 0x10 0x08 N N Allows masking no SDI_AUX signal fail 0 Disabled 1 Enabled SDI_UNLK_AUX_MSK 0x10 0x10 N N Allows masking SDI_AUX unlock fa...

Страница 32: ...1F Y N Audio channel assignment to the audio channel embedded in G1P0R PGM OUT 0 G1P0L 1 G1P0R 2 G1P1L 3 G1P1R 4 G2P0L 5 G2P0R 6 G2P1L 7 G2P1R 8 G3P0L 9 G3P0R 10 G3P1L 11 G3P1R 12 G4P0L 13 G4P0R 14 G4P1L 15 G4P1 R 16 C1_A 17 C2_A 18 C3_A 19 C4_A 20 AES1L 21 AES1R 22 AES2L 23 AES 2R 24 GEN1 25 GEN2 26 None EMB_G1P0R_MON_PH 0x01 0x0700 0x40 Y N Phase applied to the secundary channel in the stereopho...

Страница 33: ... G4P0L 13 G4P0R 14 G4P1L 15 G4P1 R 16 C1_A 17 C2_A 18 C3_A 19 C4_A 20 AES1L 21 AES1R 22 AES2L 23 AES 2R 24 GEN1 25 GEN2 26 None EMB_G2P1R_MON_PH 0x07 0x0700 0x40 Y N Phase applied to the secundary channel in the stereophonic audio pair for generating the monophonic audio in G2P1R PGM OUT 0 Normal 1 Inverted EMB_G2P1R_MONO 0x07 0x0700 0x80 Y N Monophonic audio generated from the audio pair assigned...

Страница 34: ...P1L 11 G3P1R 12 G4P0L 13 G4P0R 14 G4P1L 15 G4P1 R 16 C1_A 17 C2_A 18 C3_A 19 C4_A 20 AES1L 21 AES1R 22 AES2L 23 AES 2R 24 GEN1 25 GEN2 26 None EMB_G4P1L_MON_PH 0x0E 0x0700 0x40 Y N Phase applied to the secundary channel in the stereophonic audio pair for generating the monophonic audio in G4P1L PGM OUT 0 Normal 1 Inverted EMB_G4P1L_MONO 0x0E 0x0700 0x80 Y N Monophonic audio generated from the audi...

Страница 35: ...3P1L 11 G3P1R 12 G4P0L 13 G4P0R 14 G4P1L 15 G4P1 R 16 C1_A 17 C2_A 18 C3_A 19 C4_A 20 AES1L 21 AES1R 22 AES2L 23 AES 2R 24 GEN1 25 GEN2 26 None ANL_OUT1R_MON_PH 0x05 0x0710 0x40 Y N Phase applied to the secundary channel in the stereophonic audio pair for generating the monophonic audio in ANALOG1R OUT 0 Normal 1 Inverted ANLG_OUT1R_MONO 0x05 0x0710 0x80 Y N Monophonic audio generated from the aud...

Страница 36: ... 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 ...

Страница 37: ...Y N Audio delay in the audio channel embedded in G2P1R PGM OUT x 4 ms DELAY_G3P0L 0x00 0x0740 0xFFFF Y N Audio delay in the audio channel embedded in G3P0L PGM OUT x 4 ms DELAY_G3P0R 0x02 0x0740 0xFFFF Y N Audio delay in the audio channel embedded in G3P0R PGM OUT x 4 ms DELAY_G3P1L 0x04 0x0740 0xFFFF Y N Audio delay in the audio channel embedded in G3P1L PGM OUT x 4 ms DELAY_G3P1R 0x06 0x0740 0xF...

Страница 38: ... Indicates whether the G4P1 audio pair embedded on PGM IN carries PCM audio or other kind of non PCM data 0 NonPCM 1 PCM AUX_GRP1_P0_OK 0x02 0x0760 0x01 N N Group 1 pair 0 embedded in AUX IN ok 1 OK 0 Fail AUX_GRP1_P1_OK 0x02 0x0760 0x02 N N Group 1 pair 1 embedded in AUX IN ok 1 OK 0 Fail AUX_GRP2_P0_OK 0x02 0x0760 0x04 N N Group 2 pair 0 embedded in AUX IN ok 1 OK 0 Fail AUX_GRP2_P1_OK 0x02 0x07...

Страница 39: ...an audio level over the overload threshold 0 OK 1 Fail OVLD_GR2P0R 0x05 0x0760 0x20 N N The audio channel embedded in G2P0R PGM OUT has an audio level over the overload threshold 0 OK 1 Fail OVLD_GR2P1L 0x05 0x0760 0x40 N N The audio channel embedded in G2P1L PGM OUT has an audio level over the overload threshold 0 OK 1 Fail OVLD_GR2P1R 0x05 0x0760 0x80 N N The audio channel embedded in G2P1R PGM ...

Страница 40: ... 0x08 N N The audio channel embedded in G3P1R PGM OUT has an audio level under the silence threshold for a period longer than the silence time 0 OK 1 Fail SIL_GR4P0L 0x08 0x0760 0x10 N N The audio channel embedded in G4P0L PGM OUT has an audio level under the silence threshold for a period longer than the silence time 0 OK 1 Fail SIL_GR4P0R 0x08 0x0760 0x20 N N The audio channel embedded in G4P0R ...

Страница 41: ...easure in G1P0L PGM OUT x 255 4 dBFS 0 Mute EMB_G1P1R_LVL 0x03 0x0770 0xFF Y N Indicates the audio level measure in G1P0L PGM OUT x 255 4 dBFS 0 Mute EMB_G2P0L_LVL 0x04 0x0770 0xFF Y N Indicates the audio level measure in G2P0L PGM OUT x 255 4 dBFS 0 Mute EMB_G2P0R_LVL 0x05 0x0770 0xFF Y N Indicates the audio level measure in G2P0R PGM OUT x 255 4 dBFS 0 Mute EMB_G2P1L_LVL 0x06 0x0770 0xFF Y N Ind...

Страница 42: ...080p29 97 10 1080p50 11 1080p59 94 Unknown FORMAT_REF 0x03 0x0F Y N Indicates the input reference signal format 0 576i50 1 486i59 94 2 720p50 3 720p59 94 5 1080i50 6 1080i59 94 8 108 0p25 9 1080p29 97 10 1080p50 11 1080p59 94 Unknown FORMAT_MAIN_TX 0x03 0xF0 Y N Indicates the SDI transmited signal format 0 576i50 1 486i59 94 2 720p50 3 720p59 94 5 1080i50 6 1080i59 94 8 108 0p25 9 1080p29 97 10 10...

Страница 43: ... OK 1 Fail OVLD_AES2_OUT 0x0A 0x04 Y Y Indicates audio overload in AES2 OUT 0 OK 1 Fail OVLD_ANLG1_OUT 0x0A 0x08 Y Y Indicates audio overload in ANALOG1 OUT 0 OK 1 Fail OVLD_ANLG2_OUT 0x0A 0x10 Y Y Indicates audio overload in ANALOG2 OUT 0 OK 1 Fail SIL_PGM_OUT 0x0B 0x01 Y Y Indicates audio silence in SDI_PGM_OUT 0 OK 1 Fail SIL_AES1_OUT 0x0B 0x02 Y Y Indicates audio silence in AES1_OUT 0 OK 1 Fai...

Страница 44: ...Albalá Ingenieros Manual HAM3000C03 HAM3000C03 44 ...

Страница 45: ...a framework to transmit digital signals that may or may not be audio with linear PCM encoding The physical interface defined by the original AES EBU standard was a 110 ohm balanced line The AES3 id standard later defined the physical interface as a 75 ohm coaxial cable ATC Ancillary Time Code Ancillary data packet inserted into the digital video signal for transmission of VITC or LTC information P...

Страница 46: ... measurement to express ratios of power dBu Logarithmic measurement referring to 0 7746 V which is the voltage that dissipates 1 mW 0 dBm of power when applied to a 600 ohm resistor Composite sync Standard definition analog video signal used in television studios to maintain synchronization between any piece of equipment that handles both analog and digital video signals Trilevel sync High definit...

Страница 47: ...Conventional analogue television systems See also ITU R BT 1700 SMPTE 170M ITU R BT 709 7 2002 Parameter values for the HDTV standards for production and international programme exchange See also SMPTE 274M SMPTE ST 259 2008 SDTV Digital Signal Data Serial Digital Interface See also ITU R BT 656 5 SMPTE 272M 2004 Formatting AES EBU Audio and Auxiliary Data into Digital Video Ancillary Data Space S...

Страница 48: ...C03 SMPTE ST 299 1 2009 24 Bit Digital Audio Format for SMPTE 292 Bit Serial Interface SMPTE 337 2008 Format for Non PCM Audio and Data in an AES3 Serial Digital Audio Interface SMPTE ST 424 2012 3 Gb s Signal Data Serial Interface 48 ...

Страница 49: ...Albalá Ingenieros Manual HAM3000C03 7 VERSIONS Ver Date Description 0 0 12 11 2014 Preliminary Version 1 0 21 05 2015 First version ...

Страница 50: ...Albalá Ingenieros S A Medea 4 28037 Madrid Spain 34 913274453 www albalaing com info albalaing com ...

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