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--- data_acquisition_hardware [2019/03/22 10:49]
vschaefer [Industry PC (IPC)]
+++ data_acquisition_hardware [2019/05/03 13:41] (current)
tobiashoffmann [µTCA]
@@ Line 22: / Line 22: @@
 | Refresh rate | fps | 25 |
 | Gain |     | 2|
+==== Frame Grabber ====
+Analog Cameras
+  *  legacy cameras already installed
+  *  Thermo Fischer RadHard camera (MegaRAD3)
+Pleora iPort Analog-Pro External Frame Grabber
+  * Gbit ethernet based
+  * GigE Vision and GenICam compatible
+Analog cameras run continuously
+  * rate reduction in software to 10Hz
+  * trigger by software
+    * all frames are discarded but next frame after trigger
+{{:frame_grabber_card_pleora_pt01-an1ip01-32eg_.jpg?direct&200|}}
+<color #7092be>Photo of frame grabber card Pleora (Model PT01-AN1IP01-32EG).</color>
 ===== µTCA =====
-**Attention:** Configuration, issues and hardware access can be found [[projects:cupid:overview|here]].
+==== Attention: Configuration, issues and hardware access especially for AMC217 can be found ====
+[[projects:cupid:overview|here]].
 **MTCA.4 form factor 19" rack mount:**
@@ Line 35: / Line 57: @@
 | Switch | AMC217 | 8-Port Switch AMC | Vadatech |
-{{:mtca.4_chassis.png?direct&400|}}
+{{:img_3844.jpg?direct&400|}} {{:mtca.4_chassis.png?direct&400|}}
 <color #7092be>Top: Proposed MTCA.4 Chassis incl. MCH, 600W PS, CCT Core i7 or later CPU (NAT-Native-R2). Bottom: CPS 8 unit. </color>
+  * Compact Modular System
+    *8 Port Gbit Ethernet Switch
+      *multiple switches in principle possible
+    *Fair Timing Receiver Node
+  *Data Acquisition for Cameras
+    *via inserted 1 Gbit Ethernet Switch
+  * Disadvantages:
+    *complicated configuration of µTCA backplane ethernet lines
+    *suboptimal configuration:
+      *system worked
+      *30s discovery time of cameras after camera power cycle (typical with optimal configuration: 2-3s)
 ===== Industry PC (IPC) =====
@@ Line 47: / Line 83: @@
 |Timing | Pexaria FTRN | GSI |
 |IPC | Sysgen, Kontron | Core I7or better |
+ {{::industrial_pc.jpg?direct&400|}}
+<color #7092be> 10 Gbit Ethernet Switch</color>
+  * Data Acquisition for Cameras
+      *via 10 Gbit Ethernet Switch
+        *camera configuration
+        *camera readout
+      *via Standard LAN
+        *control of CPS8 controller
+      *Fair Timing Receiver Node
+        *hardware trigger (LVTTL)
+          *distributed via CPS8
+          *currently: all cameras = one trigger
+          *future: one camera = one trigger
-{{::industrial_pc.jpg?direct&400|}}
 ===== Remote Control =====
@@ Line 59: / Line 110: @@
 Power supply and remote reset for up to eight digital cameras are realized by the in-house developed Camera Power Supply controller CPS8. The CPS8 is based on an Arduino single-board microcontroller and controlled via Ethernet. By sending simple ASCII commands the controlling FESA class sets the power of any attached camera. It can also obtain the power status of each connected camera. In addition, the CPS8 distributes hardware triggers to the cameras either from an external input or self-generated.
+CPS8 Controller
+  * build in-house
+  * Atmel Microcontroller (Arduino) based
+  * simple ethernet based access
+  * camera power control
+  * camera power status
+  * camera trigger
+    *software trigger
+    *hardware trigger distribution
+      *currently: all cameras = one trigger
+      *future: one camera = one trigger
+    *burst mode
+  *frontpanel indicators
+    *camera power
+    *camera exposure (camera strobe output)
 ===== PLC System =====
@@ Line 77: / Line 144: @@
 |AQ 2xU/I HF |6ES7135-6HB00-0CA1 |Analog Out - Apertur |
-{{::scheme_of_plc_system_for_remote-control_iris_and_led_control.jpg?direct&400|}}
+{{::pentax_plc_layout.png?direct&800|}}
-<color #7092be>Scheme of PLC system for remote-control iris and LED Control.</color>
 {{::plc_system_for_remote-control_iris_and_led_control.jpg?direct&400|}}

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