Difference between revisions of "10331"

From ElphelWiki
Jump to: navigation, search
m ()
 
(5 intermediate revisions by 3 users not shown)
Line 1: Line 1:
'''''Elphel Network Cameras Manual'''''
 
----
 
[[Using the cameras]] |
 
[[Camera software]] |
 
[[Camera hardware]] |
 
[[Diagnostic and repair]] |
 
[[Development documentation]] |
 
[[Information]] |
 
[[Glossary]] |
 
[[About Elphel, Inc]]
 
----
 
[[Board design]] |
 
[[Logics]] |
 
 
[[RTC]] |
 
[[RTC]] |
 
[[10331]] |
 
[[10331]] |
Line 17: Line 4:
 
[[10334]]
 
[[10334]]
 
----
 
----
 +
Description on russian [[10331.Ru]]
  
 
[[Image:10331_frag.png]]
 
[[Image:10331_frag.png]]
Line 23: Line 11:
 
[http://www.elphel.com/3fhlo/10331/10331.pdf here (pdf)]
 
[http://www.elphel.com/3fhlo/10331/10331.pdf here (pdf)]
  
The two contacts to the camera are W101 and W102 - the golden-platen PCB pads mate with the spring contacts when the bayonet adapter is attached to the camera. W102 is grounded and W101 is driven by two MOSFET switches in the camera. Normally the high side switch connects to +12VDC providing power to the adapter. To transmit the data to adapter the high side switch is disconnected and the low side connects W101 to ground through a 1K resistor. The voltage on W101 will drop to zero, it will be detected by Q1 and transferred to port PA7 of the microcontroller U1. Adapter also can transfer data - when the high side switch in the camera is open, and low side - closed, signal on port PB6 opens both transistors QN1 and voltage on W101 goes up.
+
The two contacts to the camera are W101 and W102 - the golden-plated PCB pads mate with the spring contacts when the bayonet adapter is attached to the camera. W102 is grounded and W101 is driven by two MOSFET switches in the camera. Normally the high side switch connects to +12VDC providing power to the adapter. To transmit the data to adapter the high side switch is disconnected and the low side connects W101 to ground through a 1K resistor. The voltage on W101 will drop to zero, it will be detected by Q1 and transferred to port PA7 of the microcontroller U1. Adapter also can transfer data - when the high side switch in the camera is open, and low side - closed, signal on port PB6 opens both transistors QN1 and voltage on W101 goes up.
 +
 
 +
== Developer version of 10331 ==
 +
 
 +
[[Image:10331_dev.jpg|thumb|Developer version of 10331 board.]]
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
 +
 
  
 
----
 
----
 
''Free Software and Open Hardware. Elphel, Inc., 2005''
 
''Free Software and Open Hardware. Elphel, Inc., 2005''

Latest revision as of 19:01, 15 February 2006

RTC | 10331 | 10332 | 10334


Description on russian 10331.Ru

10331 frag.png

You may download complete circuit diagram, parts list and PCB layout here (pdf)

The two contacts to the camera are W101 and W102 - the golden-plated PCB pads mate with the spring contacts when the bayonet adapter is attached to the camera. W102 is grounded and W101 is driven by two MOSFET switches in the camera. Normally the high side switch connects to +12VDC providing power to the adapter. To transmit the data to adapter the high side switch is disconnected and the low side connects W101 to ground through a 1K resistor. The voltage on W101 will drop to zero, it will be detected by Q1 and transferred to port PA7 of the microcontroller U1. Adapter also can transfer data - when the high side switch in the camera is open, and low side - closed, signal on port PB6 opens both transistors QN1 and voltage on W101 goes up.

Developer version of 10331

Developer version of 10331 board.









Free Software and Open Hardware. Elphel, Inc., 2005