PAGE 77
W i n d o w s P C S o f t w a r e
–
Call Number (level triggered)
:
Same function as above, however, except that here the level is analyzed
and not the edge.
–
Disconnect
: By enabling this function a connection on the indicated
line (
1
or
2
) can be disconnected.
–
Load Preset
: Via this function you can load a Preset which you must
indicate under
Preset.
–
Backup Alarm Signal
: With this function it is possible to feed in an ex-
ternal TTL alarm signal whereby an ISDN backup (see
CHAPTER4.7.2.1.4, Page 55) is established.
–
Backup Disable
: Via this external control signal you can avoid that an
ISDN backup is established although the
Backup Alarm Signal
is ac-
tive (see CHAPTER4.7.2.1.4, Page 55).
–
Set Information Base Entry
: Spezial function for projects.
–
String Command
: Spezial function for projects.
Example:
With
TTL1
a call is to be accepted on line 1. The system is to be confi-
gured automatically to the
MPEG 1B
Mode. After the conversation is
over, the connection is to be dropped also with
TTL1
.
Programming:
Positive egde:
Funktion Code: Call Number
Line: 1
Transmission Mode: MPEG 1B
Phone Number: -
Negative egde:
Function Code: Disconnect
Line: 1
FIG. 49
FUNCTION SEQUENCE OF THE EXAMPLE
TIP
With this function, you can configure an automatic redialling to ensure that
the partner is automatically re-dialled if there is an unexpected disconnec-
tion. Please configure this function under
Positive edge
. Since the TTL Pin
has a 5V level by default, a connection to the given number is established im-
mediately.
Attention: This function can only be ended by setting the Pin to the 0V level
or switching off this function via the configuration.
1
5
6
9
9-pol. SUB-D male
to MAGIC DC7/AC1
(TTL/RELAY)
Switch is open:
Pin 2 = TTL 1 lies at +5 V (via internal 10 KOhm series resistor)
Switch is closed:
Pin 2 =TTL 1 is set to 0V (Pin 5):
existing connection is dropped
Switch is opened:
Pin 2 =TTL 1 is set to+5V:
Incoming call is accepted and connection is established
Switch
Содержание MAGIC AC1 XIP/XIP RM
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Страница 16: ...PAGE 16 S a f e t y ...
Страница 22: ...PAGE 22 P u t t i n g t h e s y s t e m i n t o o p e r a t i o n ...
Страница 53: ...PAGE 53 W i n d o w s P C S o f t w a r e 4 7 2 1 2 SIP Parameters ...
Страница 106: ...PAGE 106 W i n d o w s P C S o f t w a r e ...
Страница 126: ...PAGE 126 O p t i o n M i x e r T o o l P l u g I n ...
Страница 132: ...PAGE 132 O p t i o n R e m o t e C o n t r o l S o f t w a r e FIG 88 S0 MONITOR LAYER 3 DARSTELLUNG ...
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Страница 140: ...PAGE 140 L i s t o f t h e t r a n s m i s s i o n m o d e s ...
Страница 142: ...PAGE 142 L i s t o f t h e t r a n s m i s s i o n m o d e s ...
Страница 152: ...PAGE 152 I n t e r f a c e s ...
Страница 156: ...PAGE 156 T e c h n i c a l D a t a LICENSE CE UL FCC ...
Страница 160: ...PAGE 160 T e c h n i c a l D a t a ...
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Страница 166: ...PAGE 166 S e r v i c e I n f o r m a t i o n ...
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