.. raw:: html
Getting Started
******************
Front panel
===============
.. formating https://knowyourtoolset.com/2018/02/controlling-the-width-of-a-table-with-read-the-docs/
.. figure:: fig/front.png
:alt: Positive
:align: center
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|
.. |DC12V| image:: fig/DC12V.png
.. |SDcard| image:: fig/SDcard.png
.. |leds| image:: fig/leds.png
.. |usb| image:: fig/usb.png
.. |eth| image:: fig/eth.png
.. |usb_serial| image:: fig/usb_serial.png
.. list-table::
:width: 100%
:widths: auto
:header-rows: 1
:class: tight-table
* - Symbol
- Description
* - |DC12V|
- DC 12 V Power Barrel Connector Jack 2.10mm ID (0.083"), 5.50mm OD (0.217"). Power consumption is max. 15W.
* - |SDcard|
- microSD card connector. Firmware and software storage device.
* - |leds|
- LEDs. From the left: Sys, CPU, F2, F1. The state of F2 LED corresponds to the **LOGIC IN** input state. The state of F1 LED corresponds to analog signal coverage on any channel.
* - |usb|
- miniUSB 2.0 compatible with USB gadget mode. Connecting the digitizer via this connector to a computer will create a new network interface on this computer and set up a local network on it. DPP static IP is 192.168.3.1
* - |eth|
- 1GbE RJ45 Ethernet socket. The Ethernet cable should be connected before powering on the device for proper network initialization over DHCP.
* - |usb_serial|
- miniUSB 2.0 Linux terminal (115200 8N1) based on the CP2102N. Download USB to UART Bridge VCP Drivers: https://www.silabs.com/developers/usb-to-uart-bridge-vcp-drivers
Back panel
===============
.. image:: fig/back.png
:alt: Positive
:align: center
|
|
.. list-table::
:width: 100%
:widths: auto
:header-rows: 1
:class: tight-table
* - Output
- Description
* - **SYNC**
- MCX, 3.3V CMOS logic external trigger input for synchronization.
* - **CH0 IN**
- MCX, Channel 0 analog input.
* - **CH1 IN**
- MCX, Channel 1 analog input.
* - **LOGIC IN**
- MCX, 3.3V CMOS logic input.
* - **CH0 HV**
- SHV, Channel 0 photomultiplier power supply output.
* - **CH1 HV**
- SHV, Channel 1 photomultiplier power supply output.
* - **CHO SiPM & GPIO**
- IDC16, Channel 0 SiPM power supply and GPIO connector.
* - **CH1 SiPM & GPIO**
- IDC16, Channel 0 SiPM power supply and GPIO connector.
.. warning:: Do not disconnect HV cables and SiPM power supply cable during operation!
SiPM & GPIO connector pinout
------------------------------
.. image:: fig/idc.png
:alt: Positive
:align: center
|
|
.. list-table::
:width: 100%
:widths: auto
:header-rows: 1
:class: tight-table
* - Pin
- Description
* - 1
- SiPM power supply output.
* - 3
- +5 V power supply output.
* - 5
- -5 V power supply output.
* - 7
- analog temperature sensor input.
* - 9
- analog temperature sensor power supply output.
* - 10
- 12 V power supply output.
* - 11
- GPIO power supply output.
* - 13
- GPIO0
* - 14
- GPIO1
* - 15
- GPIO2
* - 16
- GPIO3
* - 2
- Ground pin.
* - 4
- Ground pin.
* - 6
- Ground pin.
* - 8
- Ground pin.
* - 12
- Ground pin.
DPP communication interfaces
==============================
Nucliflare digitizer is a stand-alone device based on the Linux operating system. Communication with the system is mainly based on the client/server model and network communication.
.. NOTE:: | Default DPP Username and Password:
| Username: nucliflare
| Password: nucliflare
.. _DEBUG_INTERFACE:
Debug interface
-------------------
Connect DPP to the PC using |usb_serial|, check the serial port number, and open any serial terminal software.
.. image:: fig/com_putty.png
:alt: Positive
:align: center
|
.. _USB_GADGET:
USB 2.0 Gadget interface
-------------------------
Connect DPP to the PC using |usb|, local network between DPP and PC will be established. Run Nucliflare DPP software. DPP static IP is 192.168.3.1
Ethernet connection
---------------------
Connect DPP to local network using |eth| connector. Check IP address using :ref:`DEBUG_INTERFACE` or :ref:`USB_GADGET` and ssh connection.
.. NOTE:: The IP address of a device on a local network usually remains constant for the next power cycles.
Running digitizer & quick start
================================
| 1. Connect DPP to local network |eth|
| 2. Plug in power adapter |DC12V|
| 3. Check IP address using :ref:`DEBUG_INTERFACE` or :ref:`USB_GADGET` and ssh connection.
| 5. Run :ref:`DPP_SOFTWARE`.