10359 in dual sensor setup - Revision history

Aegdss: /* fixed php script */

2008-09-12T20:36:28Z

‎fixed php script

Polto: /* Considerations */

2008-09-05T04:33:52Z

‎Considerations

Polto: /* Hardware configuration */

2008-09-04T08:07:52Z

‎Hardware configuration

Polto: /* Tests */

2008-09-04T07:58:36Z

‎Tests

Polto at 07:01, 4 September 2008

2008-09-04T07:01:11Z

New page

{{Polto's test page}}

=Hardware configuration=
In my tests I use 2 sensors connected to a 10359 board and a 10353.

To be able to simply visualize the difference I connected 1 color and one monochrome sensor.

For simplicity and better hardware protection I just hacked 2 standard camera cases. It's not perfect at all, but allow a clean setup without many work.

=Considerations=

The monochrome sensor is connected with a 12" flat cable. This sensor will need phase individual adjustment.

=Tests=
==Transparent mode==
==Snapshot mode==

=Conclusions=

@@ Line 37: / Line 37: @@
   //! just acquire a single frame
   elphel_compressor_frame();
-  echo "<img src=\"http://" . $_SERVER["SERVER_ADDR"] . ":8081/last/save/wait/img\"
+  echo "<img src=\"http://" . $_SERVER["SERVER_ADDR"] . ":8081/last/save/wait/img \>"
   ?>

@@ Line 11: / Line 11: @@
 =Considerations=
-The monochrome sensor is connected with a 12" flat cable. This sensor will need phase individual adjustment.
+The monochrome sensor is connected with a 12" flat cable. This sensor will need individual phase adjustment.
 =Tests=

@@ Line 2: / Line 2: @@
 =Hardware configuration=
 In my tests I use 2 sensors connected to a 10359 board and a 10353.
 To be able to simply visualize the difference I connected 1 color and one monochrome sensor.
 For simplicity and better hardware protection I just hacked 2 standard camera cases. It's not perfect at all, but allow a clean setup without many work.
 =Considerations=

@@ Line 14: / Line 14: @@
 =Tests=
 ==Transparent mode==
 ==Snapshot mode==
 =Conclusions=